Product Catalog

Products

Introduction

We produce a wide range of Alfalfa Pellets for animal feeding purposes. Our product range includes 8 mm Alfalfa Pellets and 10 mm Alfalfa Pellets for the animal feed forage industry.

Alfalfa Pelleting Process
  1. Alfalfa cultivation takes place between November and April in India. The cutting process begins from the 45th day after plantation. The field-cut green alfalfa is spread on agricultural land for sun drying (known as sun curing process). This is the most critical phase, where the alfalfa leaves and stems must be dried carefully to prevent the leaves from turning yellow or losing their green color. After 7 days of careful management, the green alfalfa is converted into hay.
  2. The hay is loaded in trucks and transported to our production facility. The first step is to sieve (clean) the entire hay batch to remove dust particles. After cleaning, the hard stem particles are removed through mechanical processing, leaving clean and dehydrated soft leaves and soft stems.
  3. The dehydrated alfalfa particles (leaves and stems) are ground to finer particle size. The overall texture of hay is now converted to powder form. The powdered alfalfa is passed through 100-degree Celsius steam for about 8 minutes, which detoxifies the alfalfa from any toxic elements and cooks it to a highly digestible ratio.
  4. The cooked alfalfa meal is then pelleted through feed extrusion technology. During the pelleting process, the cooked meal reaches an extremely high temperature of 123 degrees Celsius due to mechanical thrust in the extruder’s 22-foot long barrel.
  5. The extremely hot pellets are cooled down to room temperature, reducing the moisture level below 12%. This process produces advanced Alfalfa Hay Pellets in 8 x 25 mm and 6 x 25 mm sizes that are completely hygienic for animal and poultry feeding purposes.
Facts of Indian Alfalfa
  1. The pricing of alfalfa hay/pellets is totally dependent on the physical hay recovery after sun curing, which varies from 10% to 15%. This means when 100 kg of green alfalfa is sun dried, the hay recovery varies between 10 kg to 15 kg. The recoveries depend on environmental factors and the water content within the alfalfa stems.
  2. Countries like Canada, Northern US, New Zealand and Northern European countries don’t get direct sunlight (they get inclined sunlight), which gives them a suitable climate for alfalfa cultivation for most of the year.
  3. Indian pure alfalfa pellets are nutritionally more viable compared to other countries because India has nutrient-rich fertile soil and well-patterned three seasons (Summer, Rainy and Winter) in a year.
  4. The supply of Alfalfa Pellets can be done round the year in high volumes, but the entire supply and processing period has to be pre-planned. Sun curing cannot be done during the rainy season in India. However, harvesting can be done from November to April and the processed meal can be stored for pelleting.
Approximate Moisture (% Minimum) 12
Approximate Crude Protein (% Between) 15.5 -19.9
Aproximate Crude Fat (% Between) 1.5 – 4.5
Approximate Crude Fiber (% Between) 22.9 – 38.64
Approximate Carbohydrates (% Between)  16.49 – 43.4
Approximate Crude Ash (% Between) 9.8 – 14.19
Approximate Sand Silica (% Between) 0.8 – 5.0
Approximate Natural Phosphorus Content (% Between) 0.04 – 0.43
Approximate Natural Calcium Content (% Between) 0.10 – 1.59
Foreign Matter Nil
Form Pellet Form

 

Recommended Daily Feeding:
  1. Indigenous Horse Breeds: 5 Kgs per day per head in two intervals
  2. Thoroughbred Horse: 6 Kgs per day per head in three intervals
  3. Small Ruminants (Goat/Sheep): 3 Kgs per day per head in four intervals
  4. Rabbit: 1.2 Kgs per day per head in four intervals
  5. Large Ruminants (Cow/ Buffalo): 6 Kgs per day per head in three intervals

 

GENERAL DETAILS

Specification
Ingredients Green Indian Alfalfa Hay Leaves

In Alfalfa Plus variant of Alfalfa Pellet all Essential Vitamins, Minerals and Trace Minerals are added as per the Nutritional Needs of the respective Animal.
Ingredient Profile 100% Vegetarian
Product Form  8 x 25 mm Pellets and 10 x 25 mm Pellets
Moisture % Maximum 15 %
Product Branding Yembroos®
Net Weight 50 Kgs When Packed
Product Pricing On Unit Basis (for each 50 Kgs Packing)
Production Capacity per Day 100 MT/Day
Factory Visit Not Permissible
Fumigation Aluminum Phosphide or Methyl Bromide (or any as per buyer specification)
Clinical Test Methodology As per IS:2052 Proximate Analysis on Dry Matter Basis
BASIC INFORMATIONFor DOMESTIC BUYERS
Outer Packing Poly Propylene (Milky White)
Price Offer On Ex- Factory Basis
Mode of Payment 100% Advance Through BankCash/ Cheque/ RTGS/NEFT
For Inter State Transaction GST Number is Must
Tax Applications NIL
Truck Loading 17 MT: 340 Bags | 21 MT: 420 Bags25 MT: 500 Bags | 28 MT: 560 Bags
Minimum Order Quantity As per Buyer Requirement & Material Availability with us.
Buyer Branding Offer Yes, for Bulk Orders Only. Buyer has to arrange for Packing Material
BASIC INFORMATION OVERSEAS BUYERS
Inner Packing Low Density Polyethylene Bags of 75 Micron (Optional on Demand)
Outer Packing Poly Propylene (Milky White)
Price Offer On CIF Destination Port Basis or Delivery basis to Nearest Transit Port
Mode of Payment 100% Wire Transfer Only, we don’t accept L/c or SBLC of any nature.
Terms of Trade Mutually Agreeable Basis
Cargo Stuffing in 40’ FCL 720 Bags of 39 Kgs
Total Load Stuffing 25 MT in 40’ FCL
Minimum Order Quantity 720 Bags or One 40’ FCL
Nearest Transit Ports Cochin Port, Tuticorin Port and Mundra Port
Our Standard Shipping Document
  1. Phytosanitary Certification
  2. Fumigation Certificate
  3. Food Hygiene Certificate from Veterinary Department India

 

Important Note:

Interested buyers who wish to purchase Alfalfa Pellets from us are requested to adopt a ZERO Negotiation Policy. Minimum delivery dispatch time will be 45 days from the date of order confirmation. Buyers have to release 100% advance payment for the ordered consignment through Bank Wire Transfer only. We don’t support any alternative payment modes. All payments are acceptable in Indian Rupees or US Dollars only.

Nutritional Value Deviance: Nutritional value of the Pellets is totally dependent on the Availability of Raw Material and its respective Nutritional Value. So deviance in quality is a normal process, which should be acceptable to the Buyer.

Introduction

Nutrition is one of the major keys to animal health. Without a sound nutrition program, an animal will be unable to produce fiber or a cria to its maximum genetic potential. Limitations in the supply of nutrients can and do compromise an animal’s immune system. Therefore, having a working knowledge of the nutrients needed by the animal, and what feeds will supply those nutrients, is one of the most important steps in managing an animal. We strongly suggest that if you do not have a livestock background and are not familiar with herbivorous hoof stock, research the alpaca and what it needs BEFORE you bring it home. There are a lot of questions to be asked before you actually feed an alpaca, and we will attempt to address those in this text.

An animal can live for long periods of time with limited nutrients. The animal body has a unique way of “borrowing” nutrients from other parts of the body to enable life to continue. But there is a price for this “borrowing” and sooner or later those borrowed nutrients need to be replaced or the animal will become ill and may even die. Until the animal “crashes,” it is not obvious that there is a problem, and often the only symptoms that something is wrong may be subtle changes in production, a lower yield of fiber, or a cria of low birth weight and vigor. Records are a vital part of a production system and an alpaca owner needs to record body weights on a regular basis.

In addition to proper feeding management we encourage you to get to know your animals – really know them. Individuals that have worked with livestock previously – cattle, sheep, goats – are aware of subtleties to watch for. These subtleties are factors that can never be learned from a book, little things that can only be learned from actually working with animals. You might hear one of these individuals say, “That animal does not feel well,” and you think the person is making an unreasonable judgment. The animal is eating and moving around, adequately in your mind. But beware, it may be the way the animal is holding its head, or perhaps they are standing by themselves. Either way, an individual working with or raising alpacas has to become familiar with their animals from the beginning. Get in with your animals. Walk among them, watch them and know what is normal. All animals are creatures of habit and if you are familiar enough to know “normal” and are watching closely, you will be aware when something is wrong. Do not be a “fenceline” manager. Combining these concepts with proper feeding management, you will be well on your way to a successful venture into alpaca husbandry.

Nutrition is not always easy – it is a puzzle. And there are many pieces to that puzzle including management, behavior of the animal, potential disease, physiological status (i.e., pregnant, lactating, growing), economics involved with forage and grains and of course what feedstuffs are available to feed the animal. Becoming aware of these puzzle pieces and how they fit together is a good start when feeding the alpaca. Be aware that the nutrient requirements for the alpaca are not completely established. Data from small ruminants like the sheep and the goat have been extrapolated for alpaca to obtain an estimated requirement. What that means is that alpacas consume grass, hay and grains of differing moisture contents and it is difficult to directly compare nutrient contents with feeds having varying amounts of water. Thus if one uses dry matter nutrient values (all water removed), this allows nutritionists and producers to directly compare the values. This is done for all other species too.

Important Facts Related to Alpaca Nutrition:
  1. Sound nutrition programs are essential for animals to reach their maximum genetic potential for fiber production and cria development
  2. Nutrient limitations directly compromise an animal’s immune system and overall health
  3. Research alpaca nutritional requirements thoroughly BEFORE bringing animals home, especially if lacking livestock background
  4. Animals can survive extended periods with limited nutrients by “borrowing” from body reserves, but this creates long-term health consequences
  5. Subtle symptoms of nutritional deficiency include decreased fiber yield, low birth weight crias, and reduced vigor
  6. Maintain detailed records of body weights on a regular basis as part of production management system
  7. Spend time with animals daily to learn what constitutes “normal” behavior and appearance for early problem detection
  8. Avoid “fenceline” management – physically walk among animals and observe them closely
  9. Watch for subtle behavioral changes such as head position, isolation from herd, or changes in movement patterns
  10. Understand that nutrition involves multiple factors: management, animal behavior, disease potential, physiological status, economics, and feedstuff availability
  11. Recognize that specific nutrient requirements for alpacas are not fully established and are extrapolated from small ruminant data (sheep and goat)
  12. Use dry matter nutrient values for accurate feed comparison across feedstuffs with varying moisture contents
  13. Provide Yembroos® formulated feeds designed to meet the estimated nutritional requirements based on current research
  14. Monitor fiber production quality and cria birth weights as indicators of nutritional program effectiveness
  15. Understand that proper nutrition is a complex puzzle requiring integration of multiple management factors for success

 

Alpaca Facts
Life Span: 15-25 Years
Average Height: 33″ to 39″ at withers
Average Weight: 100 to 175 lbs (about 1/2 to 1/3 the size of a llama)
Average Gestation: 335 days: approx. 11 1/2 months
Birth: 15 to 19 lbs at birth. Babies can often stand and nurse within 30 minutes to one hour. Infant mortality is very low. Wean at 4 to 6 months.
Colors: Solid colors. There are 22 basic colors with many variations and blends.
Types: Huacaya, which has a short, dense, crimpy fiber, giving a wooly or “teddy bear” appearance.

 

Suri, which has long silky, wavy fibers that many say look like dreadlocks.
Baby: Cria 
Llama Facts
Life Span: 15 to 25 Years
Average Height: 48″ at withers
Average Weight: 250 to 475 lbs.
Average Gestation: 335 days: approx. 11 1/2 months
Birth: 20 to 35 lbs at birth. Wean at 5 to 6 months.
Colors: White, black, browns and combinations of these
Baby: Cria

 

Gastrointestinal Tract

Understanding what kind of gastrointestinal tract (GIT) an animal has is an integral piece of the nutrition puzzle, and helps us to understand how an animal is fed. Types of GIT vary among the animal kingdom based on animal diets. The GIT is defined as the part of an animal’s body from the mouth, esophagus, stomach, small and large intestine and down to the anus. For example, a carnivore has a very short GIT because its meat-based diet is very digestible and a larger tract would not be needed. An animal that consumes forages like grass and hay (herbivore) must have a much larger tract as it needs to house the symbiotic microbe population. The microbe population is needed to break down or ferment cellulose, cellulose being a major component of plants. Mammals cannot digest cellulose. Yes, cattle, horses, sheep and even alpacas consume forages and seem to do quite well, but it is because of a resident microbe population. The microbes produce an enzyme called cellulase to ferment cellulose found in plants. Without this enzyme forages could not be fed to the above animals. Also, because of the sensitive nature of those symbiotic microbes and how they are affected by what we feed them, great care needs to be taken. If the microbes were to be hampered in any way by what we feed the alpaca, then the animal can be compromised. Symbiotic means that the microbes and the alpaca both are dependent on each other. The alpaca provides a “home” and food supply for the microbes, and the microbes ferment that food and produce volatile fatty acids. Volatile fatty acids provide a source of energy for the alpaca.

The alpaca is an herbivore and is classified as a pseudoruminant. Being a pseudoruminant means that the alpaca (like the llama) is similar to a ruminant animal (cattle, sheep, goats and deer), but is not exactly the same. Ruminants cannot all be fed the same, so care needs to be taken which ruminant model is used for comparison with an alpaca. Cattle are able to do quite well on large quantities of low quality forage, the alpaca cannot. The feeding principles for the sheep and goat are closer to what alpacas need than those for cattle. Because of its size and metabolism, the alpaca needs high quality forages. We will discuss how you can determine what a high quality forage is shortly in this text.

When evaluating GIT differences, the most important GIT difference is the stomach. The stomach of the alpaca is not the same as what we think about for people, for dogs or even the horse. The alpaca stomach has three parts – Compartment I, II and III. Compartment I is the largest and analogous to the rumen in cattle, sheep and goats. It is here in Compartment I that microbial fermentation of the fibrous portion of plants occur. Compartment II is much smaller than the first and it is here that buffering agents and more digestive enzymes are added to the digesta (partially digested food). When the digesta leaves Compartment II, it enters Compartment III where nitrogen (urea) is recycled, and more buffers and digestive enzymes are added. The lower portion of Compartment III is analogous to the stomach of the human, horse or dog – it is here that protein digesting enzymes and hydrochloric acid are added. It is also here that microbes attached to food particles coming from Compartment I are also digested, becoming what we call microbial protein – an important source of amino acids for the alpaca as they are for ruminants like cattle, sheep and goats.

Water

Water is the first nutrient of importance. Good quality water is becoming more difficult to acquire with the increase in human population. Regardless of the challenges of finding a good water source, we must keep in mind that an animal can only survive a brief time without water – the amount depending on environmental conditions. To determine if you are providing good quality water, have it tested. Test your water, even if it is city water, and definitely if it is well water. Many owners, many veterinarians and even nutritionists forget water when problems occur with an animal. But what do you test water for? There are many measures (i.e., individual minerals) of “good” water quality standards that should be met. There are many other measures of “good” water, but testing is essential. If your water source meets quality requirements and is low in bacteria, herbicides, and other chemicals at least you know that it is probably safe for the animals to drink. But, you also need to be aware of the mineral content of your water. For example, if it is high in iron, that iron may tie up other nutrients like zinc and copper. If zinc or copper is tied up and are no longer available to the animal, the immune system is compromised, as is fleece quality.

 

Llama and the Alpaca Nutrition

Origin of the Animal and Dietary Pattern in Native Habitat

Physiological Correlation with Feeding Preference

Environment Influence on Camelid Management

Specific Camelid Nutrient Requirement

Nutrition & Pregnancy

Getting Started with Alpacas

Selecting your Alpaca

Camelid Body Scoring

Herd Improvement through judicious Choice of Studs

Selection Considerations

Your Stud Decision

Alpaca Care and Diet

Feed Intake

Caring for Elderly Alpacas

What Do Alpacas Eat?

Vaccinations & Worming

Rickets & Phosphate Deficiency

Alpaca Basic Care, Bio-Security and Nutrition

Alpaca Husbandary

Alpaca Feed

Gestating Alpaca Feed

Alpaca Grower Feed

Alpaca Maintenance Feed

Alpaca Lactation Feed

Introduction

What is Barley Meal?

Barley Meal is the grounded form of Barley Grain of Grade-1. The grinding process is executed with the most advance Hammer Mill System ensuring superior quality output. During the value addition process the raw material passes through various stage of production process ensuring the best in class the final product generation. During the production process the moisture content is reduced to below 10%, which make the barley meal more suitable for using the same in high precision feed production. The raw material that has less moisture contents in it is more viable for over all feed performance and generation of fungal growth in the same has minimal scope.

Why we supply Barley Grain in Processed Form?

It is to ensure the quality aspect of the product. Generally barley is procured from different parts of the country and transported to nearest Port. Random quality checking is done but there are more than ample chances of defected low gravity barley getting infused in the international cargo by the domestic material suppliers – which finally creates disputes between the Buyer and the seller.

How do we supply Barley Meal to our Global Buyers?

We procure Barley from different parts of the country and transport it by Rail and Road to our Production site at Thrissur. Where initial random sampling of the whole barley is done and also basic lab analysis is also conducted. Then after the whole barley grain is grounded by sophisticated feed mills which ensure the check and balance process of each and every bag of the raw barley. The defected or sub standard barley is returned back to the suppliers and only the best quality barley is processed. The entire value addition process ensure the best in class product supply, free from corporate disputes and the final product that is coarse grounded product can be directly used for animal and poultry consumption process or can be used directly in the feed by the feed producers. In other words it’s a ready feed raw material or ready feed meal for direct animal feeding and poultry feeding.

Key Advantages:
  1. Uniform Quality Maintenance.
  2. Zero Atmospheric Packing, so longer shelf life.
  3. Zero Production and Processing Expense for Buyer.
  4. Safe Trade without any quality based apprehensions at mutual trade.
  5. Round the Year Availability
  6. Best alternative of Animal Feed Grains and Poultry Feed Grains
  7. Mammoth Supply Ability
  8. Proximity to well equipped ports (between 75 to 80 Kms)
Technical Specification of Barley Meal suitable for Animal feed Consumption 

Suitable: for Small and Large Ruminants and Mono Gastric Animals

Moisture (% Maximum)

12
Crude Protein (% Between)

9 -10.2
Crude Fat (% Between)

2.5 – 3.7
Crude Fiber (% Between)

1.6 – 3.9
Starch Content (% Between)

64 – 80.7
Crude Ash (% Between)

1 – 3.0
Sand Silica (% Between)

0.9 – 1.5
Natural Phosphorus Content (% Between)

0.30 – 0.44
Natural Calcium Content (% Between)

0.10 – 0.16
Germination Index of the Seed (% Between)

74 – 91
Foreign Matter

Nil
Crop

Latest Cultivation
Weight Gravity (% Between)

74 to 91
Coarse Mash Size (Mash Between)

14 – 18
GENERAL DETAILS

Specification
Ingredients Indian Barley (Grade-1)
Ingredient Profile 100% Vegetarian
Product Form Coarse Mash Form / Pellet Form
Moisture % Maximum

12
Product Branding Yembroos®
Net Weight 50 Kgs When Packed
Product Pricing On Unit Basis (for each 50 Kgs Packing)
Production Capacity per Day 450 MT/Day
Factory Visit Not Permissible
Fumigation Aluminum Phosphide or Methyl Bromide (or any as per buyer specification)
Clinical Test Methodology As per IS:2052 Proximate Analysis on Dry Matter Basis
BASIC INFORMATIONFor DOMESTIC BUYERS
Outer Packing Poly Propylene (Milky White)
Price Offer On Ex- Factory Basis
Mode of Payment 100% Advance Through BankCash/ Cheque/ RTGS/NEFT
For Inter State Transaction GST Number is Must
Tax Applications NIL
Truck Loading 17 MT: 340 Bags | 21 MT: 420 Bags | 25 MT: 500 Bags | 28 MT: 560 Bags
Minimum Order Quantity As per Buyer Requirement & Material Availability with us.
Buyer Branding Offer Yes, for Bulk Orders Only. Buyer has to arrange for Packing Material
BASIC INFORMATION OVERSEAS BUYERS
Inner Packing Low Density Polyethylene Bags of 75 Micron (Optional on Demand)
Outer Packing Poly Propylene (Milky White)
Price Offer On CIF Destination Port Basis or Delivery basis to Nearest Transit Port
Mode of Payment 100% Wire Transfer Only, we don’t accept L/c or SBLC of any nature.
Terms of Trade Mutually Agreeable Basis
Cargo Stuffing in 40’ FCL 500 Bags of 50 Kgs
Total Load Stuffing 25 MT in 40’ FCL
Minimum Order Quantity 500 Bags or One 40’ FCL
Nearest Transit Ports Cochin Port, Tuticorin Port and Mundra Port
Our Standard Shipping Document
  1. Phytosanitary Certification
  2. Fumigation Certificate
  3. Food Hygiene Certificate from Veterinary Department India

 

Yembroos Animal Feeds India Private Limited is a leading Barley Meal Manufacturer, Barley Meal Exporter, Barley Meal Supplier, Barley Meal Distributor and Barley Meal Producer located in Thrissur District of Kerala. Our quality and high precision product range defines us renowned Barley Meal Manufacturers, Barley Meal Exporters, Barley Meal Suppliers, Barley Meal Distributors and Barley Meal Producers of India. We offer Barley Meal for using it as Animal Feed Barley Meal, Poultry Feed Barley Meal, Barley Meal Pellets, Pelletized Barley Meal for Animal Feed, Pelletized Barley Meal for Poultry Feeding, Crushed Barley, Barley Flour, Cattle Feed Barley Meal, Barley Meal for Aqua Feed, Barley Meal for Shrimp Feed, Equine Feed Barley Meal, Pig Feed Barley Meal, Barley Meal Animal Feed, Barley Meal Poultry Feed, Barley Meal Chicken Feed, Feed Barley, Barley Feed and various Barley based Products.

 

Beef Calf Finisher Feed

Beef Grower Feed

Beef Feed

Beef Stock Feed

Beef Livestock Feed

Beef Cattle Feed 1

Beef Cattle Feed 2

Beef Heifer Feed

Beef Cow Feed

Beef Livestock Feed

Beef Cattle Feed

Beef Cow Lactation Feed

Beef Calf Starter Feed 0-3 Months

Beef Calf Grower Feed 3-6 Months

Steer Feed and Young Bull Feed 6 – 12 Months

Calf Creep Feed

Bull Grower Feed 1

Bull Grower Feed 2

Beef Stock Feed for Cow on Pasture

Beef Cattle Feed

High Mg Beef Cattle Feed

Commercial Beef Stock Feed

Beef Cow Feed

Beef Cow Breeder Feed

Beef Calf Starter Feed

Beef Calf Grower Feed

Introduction

The bison sector is a true agriculture industry based on meat production. Because of its relatively early development stage, the bison industry tends to leave the impression that breeding stock is the primary focus, due to high prices, and that all heifers seem to be entering the breeding herd. Producers are selling breeding stock, and yes, all go into the breeding herd, but the price of breeding stock is still established by the meat market.

One misconception is that the bison industry is a money printing business. The bison industry is just as susceptible to Murphy’s Law: “if anything can go wrong, it will.” But with good management and common sense, the industry can and will reward producers with reasonable returns. The industry is basically 90% management and 10% labor (once the facilities and fences are built).

Digestive Physiology of Ruminants

All animals require nutrients for two major purposes: maintaining existing body function and for growth. Plant biomass is the basic source of all nutrients. Ruminants have evolved to digest plant biomass using a four-compartment stomach system with the rumen being the largest and most critical.

Most of the actual degradation of plant biomass occurs in the rumen by action of bacteria, protozoa, and fungi, of which bacteria are the most important. These microbes break down plant material into the basic molecular forms required by the body for maintenance and growth, primarily fatty acids and amino acids. Nutrient uptake occurs in the lower gastrointestinal tract, primarily the small intestine.

Various strains of bacteria are adapted for fibrous plant material and others are adapted for digesting starches and proteins. Optimum digestion occurs with a steady-state ruminal environment when microbial populations exist in relative harmony at favorable pH, moisture, temperature, and feed substrate levels. This optimal digestion condition generally requires some fiber for proper rumen function.

Unique Bison Digestive Characteristics

Bison have somewhat higher populations of cellulolytic (fiber-digesting) bacteria than bovines. Greater extraction of nutrients from lower quality forage has been observed. Many bison producers have used this evidence and observation as justification for feeding poor quality hay, when in fact, higher quality hay may result in more economical growth. Research is needed to evaluate this hypothesis.

To feed bison for optimum gain necessitates that maintenance requirements be met first, with nutrient intake above maintenance level available for growth. Feed intake and nutrient density (or concentrate level) are critical factors in producing satisfactory and economical growth.

Optimal Diet Formulation

The nutrient density of the diet is a critical consideration. We are seeking an optimum diet with some forage for proper rumination but enough energy to support maintenance and growth. Too much concentrate or starchy grains in the diet may create nutritional stress manifested as acidosis. This condition results from an acid pH (below 6.0 in bovines) in the rumen and may be roughly equated with overindulgence by humans who treat the problem by taking a buffer of some kind.

Managing high grain diets may be a contributing factor as erratic intake caused by several factors is known to be problematic. Ruminants can also benefit from buffers in very high concentrate diets. Sodium bicarbonate is a common product used for buffering diets. It is simpler and more natural to simply feed a little forage or fiber for healthy rumen function.

Management Fundamentals

Very little research has been done on bison, resulting in many of today’s management decisions being based on the motto, “learn to do by doing.” Effective management involves five general areas:

  1. Natural resources – land, water, facilities
  2. Nutrition
  3. Genetics
  4. Herd health
  5. Marketing
Understanding Bison Behavior

It is important to mention that for any management program to be successful, you must learn, understand and respect bison behavior. To manage bison effectively, you have to almost become one of the herd, and this means you will take a position in the pecking order status. By recognizing the position and understanding the various guttural sounds and sign language, you will be able to handle your animals without problems.

Bison are very cooperative if you remember this saying: “you can lead a bison anywhere it wants to go.” New producers may laugh at that comment, but it’s true. By using this principle, bison can be maneuvered to any pasture, through your facilities, and allow you to incorporate your management program.

Natural Resources Management

This area of the bison management cycle is too often neglected. We think of ourselves in the industry as “bison producers” when actually we are “grass ranchers.”

Pasture Management

The grass program is an important component in the nutritional management scheme. Bison are survivors first and producers second. If part of the management goal is production, then some dietary supplementation is required. The amount of dietary help depends on your geographic area.

Pasture size depends on the ratio of open land to bush, whether tame pasture or native grass. These factors all determine your carrying capacity. Many of these types of questions will be answered by contacting your regional range management specialist.

Whether you use a rotational, complementary, continuous grazing program or a combination, the objective is the same – to feed the bison in the summer for the winter. If you want a stress-free environment, and that is what bison require for productivity and genetic expression, then this objective must be met.

Water as a Nutrient

Water is an important natural resource and in fact is a major nutrient. Too often when developing the nutrition program, water is not considered a nutrient and so it is overlooked. Water quality is important, no matter the source, and in some areas may be the weak link in the nutrition chain.

The subject raises some eyebrows, but if you are located in a snow belt in winter, animals can use snow in place of water. However, for optimum development and efficient feed use, all growing animals require water in the liquid state. This is especially important for feedlot gain.

Available Feed Options

Several concentrates are available depending on where bison are being fed. Not all grains or co-products are equal. Corn, barley, and oats are the main grains fed and can all be used successfully. Energy decreases as fiber increases.

Concentrate Sources
Grain Sources:
  1. Corn, barley, and oats (primary energy sources)
Moist Feeds:
  1. Wet beet pulp – excellent source of digestible fiber
  2. Potato processing co-products – high in starch, modest in protein
  3. Both add palatability and serve as desirable concentrates
Other Co-Products:
  1. Soybean hulls – high in digestible fiber and 12% protein
  2. Barley malt pellets – high in crude fiber and 14% protein
  3. Wheat midds – high in digestible fiber and 18% protein
  4. Wheat and sunflower screenings – vary considerably from field to field and batch to batch; may be used in combination with other concentrates at less than ½ of the grain component in the diet
Nutrition Requirements

Too often in the past, bison were promoted on the concept that it takes very little feed to keep a bison living. Yes, bison are survivors, but surviving doesn’t translate into production. Bison tend to be sensitive to nutritional deficiencies. A weak link in the chain can make the difference between a 50% calf crop and a 90% calf crop, or a profitable or loss-making feedlot operation.

Digestive Efficiency

Generations of severe natural selection developed bison with a digestive system that is very effective in utilizing forages of lesser quality than could be used by other bovidae. It is believed that digestive efficiency is due to:

  1. A slower passage rate, and therefore greater digestion of feedstuffs
  2. A more efficient nitrogen recycling system
  3. The presence of Clostridium longisporum bacteria, which aids cellulose fiber digestion 15% better than other organisms
Rumen Microbial Populations

Research by Yembroos® and other institutions suggests that bison are capable of maintaining a larger population of rumen microbes. A larger rumen microbial population in bison requires additional energy and nitrogen, which likely is supplied by the higher available energy obtained from prolonged dry matter digestion and from an efficient system for recycling endogenous nitrogen.

Considering that bison saliva is 30% higher in nitrogen than that of cattle, and that bison serum averages 38% higher in urea than that of cattle, one would expect urine levels of bison urea to be higher. This does not appear to be the case. This suggests efficient bison kidney urea conservation and therefore higher levels of urea nitrogen available for rumen microbial growth.

Practical Observations

Producer observations verify that bison are capable of digesting a greater proportion of low-protein, high-fiber rations than cattle. However, this limited amount of research information is not sufficient for producers to evaluate effectively physiological responses of bison to changes in grass quality and quantity. Additional grazing and feeding trials are required for producers to understand better the nutritional requirements of bison on grass and in the feedlot.

Yembroos Animal Feeds India Private Limited is committed to advancing nutrition science for diverse ruminant species. Our team of nutritionists and researchers work to develop feeding programs that optimize animal performance while respecting the unique physiological characteristics of each species. Contact us to learn more about specialized nutrition solutions for alternative livestock species.

Describing Bison Diets

Grass and Feedlot Requirements

Genetics

Raising Bison

Starting and Managing a Bison Operation

Bison Starter Feed

Bison Grower Feed

Bison Maintenance Feed

Bison Finisher Feed

Bison Regular Feed

Bison Minbal Feed

Bison Mineral Supplement

Broiler Chicken Concentrate 10%

Broiler Poultry Concentrate 35%

Broiler Chicken Starter Concentrates 5%

Broiler Chicken Grower Concentrates 5%

Broiler Chicken Finisher Concentrates 5%

Broiler Concentrate 20%

Chicken Concentrate 5%

Poultry Concentrates 2.5%

Broiler Concentrates 2.5%

Broiler Poultry Concentrates 5%

Broiler Poultry Concentrate 5%

Broiler Concentrates 10%

Chicken Concentrates 10%

Chicken Starter Concentrate 5%

Chicken Finisher Concentrate 5%

Broiler Pre-Starter Concentrate 35%

Broiler Poultry Concentrates 30% for 0 – 5 Weeks

Broiler Poultry Concentrates 30% for 5 Weeks to Slaughter

Poultry Starter Concentrate 10%

Poultry Grower Concentrate 10%

Poultry Finisher Concentrate 10%

Broiler Chicken Starter Concentrate 5%

Broiler Chicken Grower Concentrate 5%

Broiler Chicken Finisher Concentrate 5%

Broiler Poultry Starter Concentrates 5%

Broiler Poultry Grower Concentrates 5%

Broiler Poultry Finisher Concentrates 5%

Broiler Chicken Starter Concentrates 7.5%

Broiler Chicken Grower Concentrates 7.5%

Broiler Chicken Finisher Concentrates 7.5%

Chicken Concentrate 10%

Broiler Chicken Concentrates 35%

Broiler Chicken Concentrate 5%

Broiler Poultry Concentrate 2.5%

Broiler Poultry Concentrates 2.5%

Poultry Concentrates 5% for Broilers

Poultry Concentrate 5% for Broilers

Broiler Concentrates 10%

Broiler Concentrate 10%

Broiler Poultry Starter Concentrate 5% 0-2 Weeks

Broiler Poultry Grower Concentrate 5% 2-5 Weeks

Broiler Poultry Finisher Concentrate 5% 5 Weeks to Slaughter

Poultry Starter Concentrates 30% 0 – 14 Days

Poultry Grower Concentrates 24% 15 – 32 Days

Poultry Finisher Concentrates 20% 33 Day – Market Weight

Broiler Starter Concentrates 35% 0 – 14 Days

Broiler Grower Concentrates 30% 15 – 32 Days

Broiler Finisher Concentrates 25% 33 Days to Market Weight

Broiler Chicken Starter Concentrate 12% 0-14 Days

Broiler Chicken Grower Concentrate 10% 15 – 32 Days

Broiler Chicken Finisher Concentrate 8% 33 Days to Market Period

Broiler Chicken Feed (0 – 3 Weeks)

Broiler Chicken Feed (3 – 6 Weeks)

Broiler Chicken Feed (6 – 8 Weeks)

Broiler Starter Feed

Broiler Finisher Feed

Broiler Poultry Starter Feed

Broiler Poultry Finisher Feed

Broiler Chicken Breeder Feed

Broiler Chicken Male Breeder Feed

Broiler Chicken Pre-Starter Mash

Broiler Poultry Starter Feed

Broiler Chicken Grower Feed

Broiler Poultry Finisher Feed

Pre Starter Broiler Chicken Feed 0 -10 Day

Broiler Chicken Feed 11 – 24 Days

Broiler Chicken Feed 25 – 42 Days

Broiler Chicken Feed 43 Days – Slaughter

Introduction

The Camelidae family is a comparatively small family of mammalian animals. There are two members of Old World camels living in Africa and Asia–the Arabian and the Bactrian. There are four members of the New World camels of South America–llamas, vicunas, alpacas and guanacos. They are all very well adapted to their respective environments.

Most of these species have been integrated into and play very important roles in lives of the indigenous people. They have been traditionally used for transport of people and goods, to supply hides and fibers for clothing and other textile articles, and for meat and milk products. The animals have been used and bred for several thousand years, but efforts to understand their biology and diseases in greater depth have been undertaken only fairly recently.

Because camels are still such important animals in Africa, the Middle East and Asia, there has been increasing interest and need to understand their nutrition and health care needs, reproduction, behavior, physiology, diseases, veterinary care and responses to new climates.

Types of Camels

Camels are large-hooved mammals living in the desert regions of North Africa, Middle East and Asia. There are two types of camels in existence today: the Dromedary or Arabian camel and the Bactrian camel.

Dromedary (Arabian) Camel

The Dromedary or Arabian camel has one hump on its back. The hump rises to about twelve inches above the back, and the camel can stand about seven feet tall at the shoulders. Arabian camels are found from Northwest India and the lowlands of Afghanistan to the Arabian Peninsula and Somalia to the South and Westward African deserts.

There are approximately 25,000 wild camels that still remain since their introduction in 1840 to 1907. Arabian camels survive in the desert due to their unique structure and qualities:

  1. Ability to bite off and eat thorny plants that exist in the desert
  2. Thick callouses on their knees and chest
  3. Thick sole pads that allow them to cope with hot sand
  4. Eyes covered by long eyelashes for protection

The Arabian camel can travel as far as 100 miles a day and is usually used as a saddle animal.

Bactrian Camel

The Bactrian camel has two humps on its back and is about five feet tall to the shoulders, usually with a heavier body build. The rocky and cooler regions are better suited for the Bactrian camel due to its smaller, heavier build. The feet are split and its hair is finer and longer.

Central Asia and Mongolia are the central areas of the Bactrian camels, and there are fewer than 1,000 Bactrian camels remaining in the wild. The continuing existence of the Bactrian camel is remarkable since it has to endure extreme climate changes, from temperatures of 140 degrees Fahrenheit in summer to Arctic cold in winter.

The Bactrian camel can carry as much as 1,000 pounds and travel about 29 miles a day.

Adaptations and Uses
Survival Adaptations

The humps on a camel’s back store fat and flesh that is absorbed as nutrition when food is not available. The camel is known for being able to go without water for several days at a time. These camels have existed since ancient times and have evolved remarkable adaptations to survive in harsh desert environments.

Economic Value

The camel’s strength is very remarkable and makes it a very valuable animal:

  1. Transport: Used for carrying heavy loads and as saddle animals

  2. Leather: Camel hide is used for durable leather products

  3. Food: Milk and fat are important food sources

  4. Fiber: After their hair is shed, it can be used for paintbrushes, warm clothes, and ropes

Camelidae Family Evolution and Taxonomy
Evolution

The Camelidae evolved in North America. Their ancestors migrated from North America across the Alaskan land bridge to Asia and down across Panama into South America. They eventually became extinct in North America, but adapted well and evolved to their current forms. At one time the camels ranged from Asia to Eastern Europe. After crossing into Africa, they were found across the northern area and as far south as northern Tanzania.

Taxonomy

Camels are in the taxonomic order Artiodactyla (even-toed ungulates), sub-order Tylopoda (pad-footed), and Family Camelidae. They are ruminants along with the giraffes, deer, cattle, sheep, goats and antelopes.

They have several unique features:

  1. Walk on pads, not hoofs
  2. Do not have horns or antlers
  3. Oval-shaped red blood cells
  4. Very high red blood cell counts
  5. Great water efficiency
  6. Long necks
  7. Two toes with webbing connecting them
  8. Well-padded feet
New World Camels

The New World camels include two wild species in the high Andes of South America:

  1. Vicuna (Lama vicugna)
  2. Guanaco (Lama guanacoe)

The native people of the Andes domesticated two species:

  1. Llama (Lama glama)
  2. Alpaca (Lama pacos)

There seems to be some controversy over the parent species of the alpaca and llama. The evidence suggests that both domestic species were derived from the guanaco. They all have long necks, but no humps. They do have the ability to survive in harsh dry climates due to their ability to conserve body water.

At Yembroos Animal Feeds India Private Limited, we understand the unique nutritional requirements of various ruminant species, including camels and camelids. Our research-based approach to animal nutrition helps optimize health and productivity across diverse species and environmental conditions. Contact us to learn more about specialized feeding programs for your animals.

 

A Brief History of Camels

Camels – Ships of the Desert

Camel Biology

The Camels Life

General Overview of the Characteristics of Old World Camels

Anatomy of the Digestive Tract

The Food of Camels

Energy and Protein Requirements For Productivity

Ageing Camels by the Teeth

Understanding Basic Camel Life Process

Feeding Camels

Camel Health Management and Disease Prevention

Feeding the Racing Camel

Camel Physiology

Energy Metabolism in Camel

Camel Nutrition

Comparison of Camels with Cattle and Horses

Cattle Management and Disease Prevention

Camel Trainer Feed

Dairy Camel Feed

Racing Camel Feed – Economy

Camel Race Feed – Premium CML

Breeding Camel Feed

Racing Camel Feed

Camel Grower Feed

Camel Breeder Feed

High Energy Camel Feed

Camel Forage for Weak Camels

High Fiber Camel Feed

Breeding Camel Feed

Camel Maintenance Feed

Camel Calf Maintenance Feed

Camel Feed Concentrate

Camel Farm Feed

Camel Grower Feed

Camel Breeder Feed

High Energy Camel Feed

Special Beef Calf Concentrate

Special Beef Concentrate

Beef Concentrate 1

Beef Concentrate 2

Beef Cattle Concentrate 1

Beef Cattle Concentrate 2

Beef High Protein Cattle Concentrate

Beef Cattle Finisher Concentrate 1

Beef Cattle Finisher Concentrate 2

Beef Cattle Pasture Concentrate

Dairy Beef Grower Feed

Dairy Beef Cattle Finisher Concentrate

Performance Beef Cattle Concentrate

Beef Cattle Feed Supplement

Beef Cattle Concentrate

Beef Cattle Starter Concentrate

Beef Grower Concentrate 1

Beef Grower Concentrate 2

Introduction

Understanding How Cattle Digest Their Feed

Cattle belong to a special group of animals known as ruminants. This group also includes goats, sheep, and deer. What makes ruminants unique is their ability to convert rough, fibrous feeds like grass, hay, and crop residues into useful nutrients—something monogastric animals (like humans, pigs, or dogs) cannot do efficiently.

The Four-Part Stomach of a Ruminant

A ruminant’s stomach is divided into four compartments, each with a specific role:

  1. Rumen –
    This is the largest compartment (it can hold nearly 50 gallons). It is a warm, liquid-filled fermentation chamber packed with billions of microorganisms—bacteria, protozoa, and fungi. These microbes break down complex plant fibers like cellulose and hemicellulose, as well as starches and proteins.

  2. Reticulum (Honeycomb) –
    Works closely with the rumen. It acts like a sorting chamber, catching heavier particles and helping in the process of sending feed back up for rechewing.

  3. Omasum (Book/Manyplies) –
    This compartment removes excess water and helps grind down feed particles even further as they move forward.

  4. Abomasum (True Stomach) –
    This functions much like the human stomach. Here the animal’s own digestive enzymes break down feed before nutrients are absorbed in the small intestine.

Why Ruminants Can Use Roughages Better

Roughages contain high levels of fiber, which monogastric animals cannot digest well. But the rumen microbes in cattle have special enzymes that break down fiber into volatile fatty acids (VFAs). These VFAs become the cow’s major energy source.

Cud Chewing – A Key Part of Digestion

After cattle eat, they don’t spend much time chewing initially. Instead, they swallow large portions quickly. Later, they bring small lumps of partially digested feed back into the mouth. This is called rumination or cud chewing.

  1. The swallowed feed is regurgitated.

  2. It is rechewed thoroughly.

  3. Then it is swallowed again.

This process reduces particle size and increases the surface area, making microbial digestion faster and more efficient. Lack of cud chewing is often one of the first signs that the animal is not healthy.

Gas Production and Bloat

Fermentation inside the rumen naturally produces gas. Healthy cattle release this gas by quiet, regular belching—usually once every minute. If this process is interrupted, gas builds up and causes bloat (tympany), which can be dangerous if not treated quickly.

Rumen Contractions – A Sign of Health

The rumen contracts rhythmically, about once per minute. These contractions help:

  1. mix feed with microbes

  2. move digesta between compartments

  3. stimulate cud chewing

You can feel these movements on the left side of the cow, in the hollow just behind the ribs. Strong, regular contractions indicate a healthy digestive system.

Basic Cattle Nutrition

Digestion Process in Cattle

Cattle in Different Stages (Nutrition Perspective)

Mineral Needs of Dairy Cattle

Trace Minerals

Chelated Minerals

Internal Parasites of Ruminants

Signs of Heat (oestrus) in Ruminants

Calving (Parturition)

How Milk is Made

Feed and Water for Ruminants

Basic Milking Cattle Feed

High Energy Cattle Feed

Yellow Corn Cattle Feed

Cattle Feed Bran

Hi-Fiber Cattle Feed

High Yielder Dairy Cattle Feed

Mixed Sorghum Cattle Feed

Supplementary Cattle Feed

Dairy Cow Breeder Feed

Dairy Calf Starter Feed

Milking Cattle Feed

Optimum Milking Stock Feed

Transition Dry Cow Feed

Dairy Coarse Feed

Dairy Calf Starter Feed

Dairy Calf Grower Feed 1

Dairy Calf Grower Feed 2

Introduction

Elk are ruminants, like cattle and sheep, and therefore can make use of fibrous feeds because of the microbes that aid digestion in their rumen. However, ruminants vary in their selection and use of fibrous feeds.

Feed Selection and Digestive Characteristics
Comparative Feeding Behavior

Ruminant species demonstrate distinct differences in their feeding selectivity and fiber utilization:

Highly Selective Eaters:
  1. Fallow deer and whitetail deer are very selective eaters
  2. Choose to consume only the most succulent and digestible plants and plant parts
  3. Prefer high-quality, low-fiber forages
Intermediate Feeders:
  1. Red deer and elk will eat and digest feeds higher in fiber content
  2. Still more selective than other ruminants
  3. Leave plant parts that bison, sheep and cattle will readily consume
Less Selective Grazers:
  1. Bison, sheep, and cattle
  2. Will consume plant materials rejected by deer and elk
  3. Better adapted to utilize higher-fiber forages
Seasonal Feeding Patterns

All deer species, including elk, are highly seasonal in their eating habits. This seasonal variation has important implications for management and nutrition planning.

Voluntary Intake Variation

Voluntary feed intake decreases by as much as 40 – 60% during winter, as compared to spring and summer peaks. This dramatic seasonal change is a natural adaptation that:

  1. Reduces energy requirements during periods of limited forage availability
  2. Coincides with decreased metabolic demands in winter
  3. Reflects evolutionary adaptation to temperate climates
Advantages in Temperate Climates

This seasonal feeding pattern is a considerable advantage in temperate climates, where:

  1. Low-cost pasture growth peaks at the same time as the feed intake peaks of farmed deer and elk
  2. Natural grazing cycles align with forage availability
  3. Production costs can be minimized by matching nutritional programs to seasonal intake patterns
  4. Supplementation needs are reduced during peak pasture growth
Management Implications

Understanding these feeding behaviors and seasonal patterns is essential for:

  1. Pasture Management: Planning grazing rotations to match peak intake periods
  2. Supplementation Strategies: Providing appropriate nutrition during low-intake winter months
  3. Feed Budgeting: Calculating annual feed requirements accounting for seasonal variation
  4. Production Planning: Timing breeding and growth phases to coincide with optimal feeding periods

Yembroos Animal Feeds India Private Limited offers specialized nutrition programs for alternative livestock species including elk and deer. Our research-based approach considers the unique feeding behaviors and seasonal requirements of each species to optimize health, growth, and reproductive performance. Contact our team of nutritionists to develop customized feeding strategies for your operation.

Feed Requirements

Reindeer

Reindeer Feeding and Nutritional Requirements

Feeding of farmed White-Tailed Deer

Elk on a Beef Farm

Deer Calf Feed

Deer Calf Grower Feed

Deer Maintenance Feed

Basic Deer Feed

Whitetail Deer Feed

Fawn and Lactating Doe Feed

Large Horned Deer Feed

Free Range Deer Feed

Reindeer Breeder Feed

Moose Breeder Feed

Moose Maintenance Feed

High Energy Deer Feed

Deer Grower Feed

Captive Deer Feed

Deer Reproduction Feed

High Energy Antelope Feed

Dear Feed for Weak Stock

High Fiber Deer Feed

Antelope Breeder Feed

Deer Maintenance Feed

Antelope Maintenance Feed

Textured Deer Feed

Alfalfa Hay

Peanut Hay Bale

Rhodes Grass Hay

Processed Dry Fodder

Sorghum Hay

Yellow Corn Hay

Millet Hay

Wheat Straw

Peanut Hay Pellets

Duck Nutrition

Nutrient Requirements of Ducks

Feeding Ducks

Feed Medications to Control Disease

Different Breeds of Duck

Guideline in rearing layer ducks

Health and Disease Control

Duck Management

Brooding and Rearing Ducklings and Goslings

Pasture for Goslings

Duck Starter Feed 0 – 2 Weeks

Duck Grower Feed 2 – 6 Weeks

Duck Finisher Feed 6 – 8 Weeks

Duck Breeder Developer Feed

Layer Duck Feed

Sea Duck Feed

Waterfowl Starter Feed

Waterfowl Breeder Feed

Waterfowl Maintenance Feed

Sinking Water Fowl Maintenance Feed

Elephant Feed

Asian Elephant Calf Feed

African Elephant Calf Feed

Elephant Gestation Breeder Feed

Elephant Late Gestation Feed

Elephant Lactation Feed

Introduction

Emu (Dromaius novaehollandiae) and ostrich (Struthio camelus) birds belong to ratite group and have high economic value for their meat, eggs, oil, skin and feathers. These birds are adaptable to varied climatic conditions. Although emu and ostrich were introduced in India, emu farming has gained much importance. Emu and ostrich features, management of these birds during chick, growing, fattening, breeding and non-breeding stages are important considerations. Care and hatching of eggs, nutrient requirements, healthcare and products of emu and ostrich are also critical factors. Economics of emu rearing with reference to the cost of maintaining breeders and cost of production of eggs and chicks need to be addressed. Future research on nutritional requirements, incubation and healthcare management, and development of products for better marketing needs to be addressed.

Ratite birds have poorly developed wings and include emu, ostrich, rhea, cassowary and kiwi. Emu (Dromaius novaehollandiae) and ostrich (Struthio camelus) are reared commercially in many parts of the world for their meat, oil, skin and feathers, which are of high economic value. The anatomical and physiological features of these birds appear to be suitable for temperate and tropical climatic conditions. These birds can be well maintained on extensive (ranches) and semi-intensive rearing systems with reasonably high fibrous diets. United States, Australia and China are leading in emu and ostrich farming. Emu and ostrich were introduced recently into India. Compared to ostrich, emu rearing is picking up. At present there are more than 10,000 emus and only small numbers of ostrich are available in India. Of these 80% are in Andhra Pradesh. Emu birds are well adapted to Indian climatic conditions. Although emu farming is economical so far none of the farmers have entered into the marketing of emu products. Commercial aspects of rearing emu and ostrich are dealt here.

Features of Emu and Ostrich:

Emu Characteristics: Emu has long neck, relatively small naked head, three toes and body covered with feathers. Birds initially have longitudinal stripes on body (0-3 months age) then gradually turn to brown by 4-12 months age. Mature birds have bare blue neck and mottled body feathers. Adult bird height is about 6 feet with a weight of 45-60 kg. There are no definite emu breeds but are captive bred. Legs are long covered with scaly skin adaptable to hardy and dry soil. Birds sit on their haunch and also walk frequently along the fence. Natural food of emu is insects, tender leaves of plant and forages on different grasses, eats different kinds of vegetables and fruits like carrot, cucumber, papaya etc. Air sac hangs down loosely in females and is prominent during breeding season giving booming sound whereas males do grunting sound. Often sex of the bird can be identified by these sounds during breeding season. Female is the larger of the two especially during breeding season when the male may fast. The female is the dominant member of the pair. The male emu sits on the nest. Emus live for about 30 years and may produce eggs for more than 16 years. Birds can be maintained as flock or pair. The birds require fencing made of link chain of 2 x 4 inches with a height of 6 feet for adults. Sexes can be identified by tattooing on the skin of shank or by placing microchip under the skin.

Ostrich Characteristics: Adult ostrich is of 2.4-2.8 meters height, fleshy thighs, rounded body; long legs with 2 toes weigh about 70-160kg. Thighs and legs are bare, uncovered by feathers. Males have black feathers with white rim on tail and wings. Females are brown or gray. Commercial varieties are blue neck (largest ostrich), hybrid blue (better egg layer) and red neck (smaller ostrich). Ostrich has long large intestine with long colon and developed caecum for digesting crude fiber. It has no gall bladder. Ostrich is reared for meat purpose. Rearing ostrich requires large facilities, greens or quality hay for better economic returns.

Nutritional Requirement for Growing Emu

Management of Chicks

Grower Management

Fattening/Finishing Stage

Breeder Management

Incubation and Hatching

Feed Requirements for Emu

Recommendations for Ratite Diets

Emus – starting an emu farm

Emus – Catching and Handling

Managing Emu Egg Production

Incubation

Ratite Brooding

Brooding Systems

Emu – Nutritional Requirement for Growing Birds

Infectious and Parasitic Diseases of Farmed Ratites

Viral Diseases in Ratites

Prevention of Ratite Diseases

Emu Starter Feed

Emu Pre Starter Feed

Emu Grower Feed

Emu Finisher Feed

Emu Breeder Feed

Emu Maintenance Feed

Emu Yearling Future Breeder Feed

Adult Grower and Non Breeding Emu Feed

Breeding Emu Feed

Emu Maintenance Feed

Emu Starter Feed (0 – 6 Weeks)

Emu Grower Feed (6 – 36 Weeks)

Emu Finisher Feed (36 – 48 Weeks)

Emu Breeder Holding Feed (48 Weeks to Sexual Maturity)

Emu Finisher Feed (36 – 48 Weeks)

Emu Breeder Holding Feed (48 Weeks to Sexual Maturity)

Emu Breeder Feed (from 3 to 4 Wks Before Onset of Egg Production)

Emu Lifecycle Feed

Flamingo Distribution

Flamingo Habitat

Flamingo Migration

Flamingo Population

Physical Characteristics

Appendages

Head

Feathers

Senses

Swimming and Wading

Behavior

Diet & Eating Habits

Reproduction

Incubation

Care of Young

How they feed

Captivity and feeding

Flamingo Feed

Flamingo Breeder Feed

Crane Starter Feed

Adult Crane Feed

Bobwhite Quail (Colinus virginianus)

Coturnix Quail

Incubation

Brooding and Care of Small Quail

Housing For Laying Quail

Nutrition Requirements of Japanese Quails

Game Bird Starter Feed

Game Bird Breeder Feed

Game Bird Maintenance Feed

Multiple Species Game Bird Feed

Multiple Species Game Bird Breeder Feed

Ring Necked Pheasant Starter Feed 0 – 4 Weeks

Ring Necked Pheasant Grower/Finisher Feed 4 – 12 Weeks

Ring Necked Pheasant Holding Feed 12 Weeks and above

Ring Necked Pheasant Adult Breeder Feed

Chukar Partridge Starter Feed 0 – 6 Weeks

Chukar Partridge Grower / Finisher Feed 6 Weeks – Market

Chukar Partridge Breeder Feed

Hungarian Partridge Starter Feed 0 – 4 Weeks

Hungarian Partridge Grower Feed 4 – 8 Weeks

Hungarian Partridge Finisher Feed > 8 Weeks

Hungarian Partridge Breeder Feed > 8 Weeks 2

High Energy Giraffe Feed

Giraffe Grower Feed

Zoo Held Giraffe Feed

Breeding Giraffe Feed

Weak Giraffe Supplement

High Fiber Giraffe Feed

Breeding Giraffe Feed

Giraffe Maintenance Feed

Medicated Giraffe Feed Concentrate

Introduction

Feeding is an essential aspect of goat raising and may be the highest expense of any meat goat operation. Goats raised for meat need high quality feed in most situations and require an optimum balance of many different nutrients to achieve maximum profit potential.

Because of their unique physiology, meat goats do not fatten like cattle or sheep do, and rates of weight gain are smaller. Therefore, profitable meat goat production can only be achieved by optimizing the use of high quality forage and browse and the strategic use of expensive concentrate feeds. This can be achieved by developing a year-round forage program allowing for as much grazing as possible throughout the year.

Dispelling Common Myths

Many people still believe that goats eat and do well on anything from newspapers to tin cans. Attempting to manage and feed goats with such a belief will not lead to successful meat goat production. Goats are actually quite selective feeders that require quality nutrition for optimal performance.

Unique Digestive Characteristics
Rumen Function Differences

The goat is not able to digest the cell walls of plants as well as the cow because feed stays in their rumen for a shorter time period. This fundamental difference has important implications for feed selection and management.

Defining "Poor Quality Roughage"

A distinction as to what is meant by “poor quality roughage” is necessary in order to make decisions concerning which animal can best utilize a particular forage.

Browse (Trees and Shrubs):
  1. Represent poor quality roughage sources for cattle due to highly lignified stems and bitter taste
  2. May be adequate to high in quality for goats
  3. Goats avoid eating the stems and don’t mind the taste
  4. Goats benefit from the relatively high levels of protein and cell solubles in the leaves of these plants
Straw and Stemmy Forages:
  1. Poor quality due to high cell wall content and low protein
  2. Can be used by cattle for maintenance
  3. Will not provide even maintenance needs for goats
  4. Goats don’t utilize cell walls as efficiently as cattle
Feeding Requirements
Nutrient Concentration Needs

Goats must consume a more concentrated diet than cattle because their digestive tract size is smaller with regard to their maintenance energy needs. Relative to their body weight, the amount of feed needed by meat goats is approximately twice that of cattle.

This higher feed requirement per unit of body weight means that:

  1. Goats need more nutrient-dense feeds
  2. Feed quality is more critical than feed quantity
  3. Poor quality forages cannot support adequate performance
  4. Strategic supplementation is often necessary
Selective Feeding Behavior

When the density of high quality forage is low and the stocking rates are low, goats will still perform well because their grazing/browsing behavior allows them to select only the highest quality forage from that on offer. Thus, they are able to perform well in these situations, even though their nutrient requirements exceed those of most domesticated ruminant species.

This selective feeding behavior includes:

  1. Preference for browse: Leaves from trees and shrubs over grass
  2. Selection of plant parts: Choosing leaves over stems
  3. Forb consumption: Readily consuming broadleaf plants
  4. Height preference: Feeding at higher levels than sheep or cattle
  5. Variety seeking: Selecting diverse plant species throughout the day
Feeding Strategy Recommendations
Year-Round Forage Planning

Successful meat goat production requires:

  1. Diverse Pasture Systems:
    • Mix of grasses, legumes, and browse species
    • Multiple plant species to match goat preferences
    • Rotational grazing to maintain forage quality
  2. Strategic Browse Management:
    • Maintain shrubs and tree access where possible
    • Recognize browse as a valuable feed resource
    • Consider multi-species grazing systems
  3. Quality Over Quantity:
    • Focus on high-quality forage production
    • Avoid relying on low-quality crop residues
    • Match stocking rates to quality forage availability
  4. Concentrate Supplementation:
    • Use concentrates strategically, not routinely
    • Target critical production phases (late pregnancy, early lactation)
    • Balance cost against production response
Optimizing Feed Costs

To maximize profitability:

  1. Extend the grazing season as long as possible
  2. Develop year-round forage programs
  3. Use browse resources when available
  4. Reserve expensive concentrates for high-demand periods
  5. Monitor body condition and adjust feeding accordingly
Key Nutritional Considerations
Energy Requirements:
  1. Higher per unit body weight than cattle
  2. Critical for growth and reproduction
  3. Best met through high-quality forage and strategic supplementation
Protein Requirements:
  1. Higher than cattle due to smaller digestive tract
  2. Browse and legumes are excellent protein sources
  3. Supplementation may be needed with grass-only diets
Mineral and Vitamin Needs:
  1. Copper requirements higher than sheep
  2. Free-choice minerals formulated specifically for goats
  3. Avoid sheep minerals due to copper toxicity risk in sheep

Yembroos Animal Feeds India Private Limited specializes in developing nutrition programs for small ruminants including meat goats. Our research-based approach recognizes the unique digestive physiology and feeding behaviors of goats to optimize performance and profitability. We offer customized feeding strategies, quality concentrates, and mineral supplements specifically formulated for goat production. Contact our team of nutritionists to develop a feeding program tailored to your operation.

Goat Nutrition

Nutrient Requirements

Factors Influencing Animal Requirements

Goat Management and Disease Prevention

Suggested Supplemental Feeding Program for Goats

Goat Breeds

Dairy Goat Feed

Economy Dairy Goat Feed

Goat Fattener Feed

Lactating Dairy Goat Feed

Goat Grower Feed (for 3 Months and above)

Goat Kid Creep Feed

Pregnant Doe Feed

Goat Starter Feed 0 – 3 Months

Goat Grower Feed 3 – 6 Months

Goat Finisher Feed

Lactating Doe Feed

Mature Buck Feed

Meat Goat Starter Feed

Goat Grower Feed

Boer Goat Developer Feed

Meat Goat Grower & Finisher Feed

Goat Lifecycle Feed

Goat Meat Production Feed

Goat Grower Feed

High Fiber Goat Feed

Goat Breeder Feed

High Performance Goat Feed

Goat Fattener Supplement

Goat Breeder Feed

Goat Maintenance Feed

Goat Feed Concentrate

Guinea Fowl Broiler Starter Feed (0 – 4 Weeks)

Guinea Fowl Broiler Grower Feed (5 – 10 Weeks)

Guinea Fowl Broiler Finisher Feed (11 – 16 Weeks)

Guinea Fowl Broiler Breeder Feed (2 Weeks prior to Egg Laying)

Guinea Fowl Layer Feed (0 – 4)

Guinea Fowl Layer Feed (5 – 8 weeks)

Guinea Fowl Layer Feed (9 – 12 weeks)

Guinea Fowl Layer Feed (13 – 21 weeks)

Guinea Fowl Layer Feed (22 – 28 weeks)

Guinea Fowl Layer Feed (29 – 30 weeks)

Guinea Fowl Layer Feed (31 – 50 weeks)

Guinea Fowl Layer Feed (51 – 70 weeks)

Introduction

It is well known that horses have been valued throughout history as symbols of strength and beauty, serving important roles in transportation, agriculture, sport, and companionship across cultures worldwide.

Yembroos Animal Feeds India Private Limited has built close relationships with outstanding and proud owners of stables throughout the globe and committed itself to produce horse feeds according to the highest standards of quality. Extensive scientific studies have been carried out to produce horse feeds for different stages of production. Those efforts are supported by Yembroos® R&D experts using the latest and most advanced analytical equipment and techniques. Yembroos® has committed itself to support its clients to achieve the best results, believing that good nutrition is the key to all successes.

Benefits and Advantages of Yembroos® Horse Feeds

Our feed formulations are specifically tailored to meet the diverse needs of horses at different life stages and performance levels. These feeds meet international standards while remaining reasonably priced. This approach has increased horse breeders’ trust in Yembroos® horse feeds as they depend on our comprehensive product line.

Yembroos® has established a strong presence in both domestic and international markets, with our specialized horse feeds being recognized for their quality and consistency. We continue to expand our reach to serve horse owners worldwide, always maintaining our commitment that proper nutrition is the key to success.

Key Features of Yembroos® Horse Feeds:
  1. Scientifically formulated for different life stages and activity levels
  2. Quality ingredients selected for optimal digestibility and palatability
  3. Balanced nutrition providing essential proteins, minerals, and vitamins
  4. Consistent formulation ensuring predictable results
  5. Rigorous quality control at every stage of production
  6. Expert nutritional support for customized feeding programs
General Practical Feeding Guidelines
Basic Feeding Principles

Following these feeding guidelines will help improve nutritional efficiency to satisfy the physiological requirements of horses:

1. Feeding Frequency
  1. Since the horse’s stomach is small, its need for solid food is limited
  2. Rations should be offered in small amounts 3-4 times daily
  3. This mimics natural grazing behavior and prevents digestive issues
2. Feed Order
  1. Offer concentrate feed first, then dry hay or forage
  2. This ensures proper intake of balanced nutrition
3. Life Stage Nutrition
  1. Growing foals need more nutrition than mature horses to build body tissues
  2. Pregnant mares require additional protein and minerals, especially in late gestation
  3. Lactating mares have the highest nutritional demands to support milk production
  4. Performance horses need energy-dense diets to fuel work
Critical Feeding Management Practices
Feed Quality and Safety:
  1. Avoid offering moist, moldy, or rotten feed
  2. Never feed washed barley or other grains that may ferment
  3. Fermentation in the stomach causes colic, indigestion, and can be fatal
  4. Store feed in dry, cool conditions to maintain quality
Gradual Feed Changes:
  1. Avoid sudden changes in the horse’s feed
  2. When necessary, changes should happen gradually over a week’s time
  3. Sudden changes can cause digestive upset and colic
Individual Feeding:
  1. Feed each horse separately to monitor individual intake
  2. Know the preferences of each horse
  3. Detect any change in appetite or feeding behavior early
  4. Food quantity consumed is an important indicator of health problems
Timing of Feeding:
  1. Concentrated feeds must not be offered immediately after or before physical exertion
  2. Allow horses to cool down before feeding
  3. Wait at least 1 hour after feeding before exercise
Equipment Hygiene:
  1. Food and drinking troughs should always be clean
  2. Regular cleaning prevents disease transmission
  3. Remove uneaten feed promptly
Health and Wellness Management
Dental Care:
  1. Teeth should be regularly examined at least once a year
  2. Sharp points can interfere with proper chewing and digestion
  3. Regular floating ensures optimal feed utilization
Hoof Care:
  1. Feet and hooves should be regularly examined and maintained
  2. Proper hoof care is essential for soundness and performance
Exercise Requirements:
  1. Each horse should receive appropriate exercise and training
  2. Regular exercise maintains health and prevents behavioral issues
Water Management:
  1. Ensure clean, fresh water is always available
  2. Monitor water quality, temperature, and quantity
  3. Water needs vary with weather, training intensity, and feed type
  4. Horses may drink 5-10 gallons per day, more in hot weather or during work
Behavioral Training:
  1. Do not offer feed by hand as this teaches horses to bite
  2. Maintain proper feeding routines and boundaries
Health and Biosecurity
Vaccination Program:
  • Horses should receive yearly vaccinations against:
    • Influenza
    • Rhinopneumonitis
    • Tetanus
    • Rabies
    • Other diseases as recommended by veterinarian
Stable Hygiene:
  1. Stables should be cleaned daily
  2. Disinfect facilities several times a year
  3. Proper sanitation fights bacteria, viruses, and fungi
  4. Good hygiene reduces disease risk
Parasite Control
Deworming Program:
  1. Implement a strategic deworming program
  2. Consult with veterinarian for appropriate products and schedule
  3. Monitor through fecal egg counts
  4. Rotate pastures when possible to break parasite cycles
Nutritional Requirements by Category
Growing Horses (Foals and Yearlings)
  1. Higher protein requirements (14-16%)
  2. Balanced calcium and phosphorus for bone development
  3. Essential amino acids for muscle growth
  4. Adequate energy for growth without excessive weight gain
Broodmares
  1. Pregnant mares: Increased energy and protein in last trimester
  2. Lactating mares: Maximum nutritional demands
  3. Enhanced vitamin and mineral supplementation
  4. Quality protein for fetal development and milk production
Performance Horses
  1. Energy-dense diets to fuel work
  2. Adequate protein for muscle maintenance
  3. Electrolyte supplementation for working horses
  4. Vitamins and antioxidants to support recovery
Maintenance (Idle Horses)
  1. Moderate energy to maintain body condition
  2. Quality forage as foundation of diet
  3. Balanced vitamin and mineral supplementation
  4. Monitor body condition to adjust feeding
Senior Horses

  1. Easily digestible feeds for aging digestive systems

  2. Higher quality protein

  3. Enhanced joint support nutrients

  4. Softer feeds if dental issues present

Feeding Program Development

For optimal results, Yembroos® recommends:

  1. Assess individual needs based on age, activity level, and body condition
  2. Provide quality forage as the foundation of the diet
  3. Select appropriate concentrate based on specific requirements
  4. Monitor body condition and adjust feeding accordingly
  5. Ensure mineral and vitamin balance through quality supplements
  6. Maintain consistent feeding schedule and routines
  7. Work with nutritionists to optimize feeding programs

Yembroos Animal Feeds India Private Limited offers a complete line of scientifically formulated horse feeds for all life stages and performance levels. Our team of equine nutrition experts is available to help you develop customized feeding programs tailored to your horses’ specific needs. From growing foals to elite performance horses, Yembroos® provides the nutritional foundation for success. Contact us today to learn more about our premium horse feed products and nutritional consulting services.

Feeding of Suckling Foals and Weanling

Yembroos® Non-Heating Endurance Mix

How to age horses

Hoof (foot) care, shoeing and lameness

Colic

Internal parasites of Equines

Skin and Coat Disorders of Equines

Heat (oestrus), Mating and Pregnancy

Foaling and Caring for the Young

Feed and Water for Equines

African Horse Sickness

Horse Feed Pellets

Economy Foal Starter Feed

Stud Farm Feed

High Protein Horse Feed

Coarse Horse Mix Mash

Sports Horse Feed

Horse Balancer Feed

Endurance Race Horse Feed

Dressage Horse Feed

Equine Conditioner Feed

Economy Horse Feed

Premium Race Horse Mix

Economy Racing Horse Feed

Premium Endurance Horse Feed

Hi-Fiber Horse Feed

Millennium Horse Feed Mix

Super Horse Power Feed

Pony Feed

Equine Breeder Feed

Premium Foal Starter Feed

Yearling Developer Feed

Retiring Horse Feed

High Energy Performance Horse Feed

Equine Grower Feed

Horse Feed for Stud Farm

Breeding Mare Feed

High Throttle Horse Feed

Equine Feed for Weak Horses

High Fiber Horse Feed

Horse Breeder Feed

Stallion Maintenance Feed

Textured Equine Concentrate

Senior Horse Feed

Equine Lifecycle Feed

Miniature Pony Feed

High Performance Racing Feed

Equine Performance Farm Mix 50%

Racing Horse Feed – JS

Racing Horse Feed – WC

Foal Grower Feed

Grain Free Horse Feed

Horse Feed – TC

Stallion Breeder Feed

Lamicert Feed

Kangaroo Feed

Layer Starter Concentrate 22.5% for 0-5 Weeks

Layer Grower Concentrate 23.5% for 6-10 Weeks

Layer Developer Concentrate 27.5% for 11-15 Weeks

Pre-Lay Concentrate 27.5% for 16 Weeks to 5% Production

Layer Concentrate 27.5% from 5% Production till 45 Weeks

Layer Concentrate 25% for 45 – 60 Weeks

Layer Concentrate 22.5 % 60 Weeks +

Layer Concentrate 20%

Layer Concentrate 35%

Layer Breeder Concentrate 5%

Layer Concentrate 5% for 0 – 8 weeks of life

Layer Concentrate 5% for 9 – 18 weeks of life

Egg Layer Concentrate 5% for Laying Stage

Layer Pullet Concentrate 30%

Layer Concentrate 30%

Layer Breeder Concentrate 30%

Layer Starter Concentrate 30% for 0 – 8 Weeks

Layer Grower Concentrate 30% for 9 – 20 Weeks

Layer Concentrate 10% for 8 – 18 Week

Egg Layer Concentrate 10% for 19 Week onwards

Layer Chicken Concentrates 25% for 0 -8 Weeks

Layer Concentrate 25% for 9 – 18 Weeks

Layer Concentrate 25% for 19 Weeks onwards

Layer Concentrate 5% for 0-8Weeks

Layer Concentrate 5% for 9 – 18 Weeks

Layer Concentrate 5% for 19 Weeks onwards

Layer Concentrate 7.5% for 0-8 Weeks

Layer Concentrate 7.5% for 9-18 Weeks

Layer Concentrate 7.5% for 19 Weeks onwards

Layer Concentrate 35% for 0-8 Weeks

Layer Concentrate 35% for 9 – 18 Weeks

Layer Concentrate 35% from 19 Weeks onwards

Layer Concentrates 5%

Layer Chicken Concentrate 5%

Layer Chicken Concentrate 33% 16 – 17 Weeks

Layer Chicken Concentrate 33.8 % 18 – 21 Weeks

Layer Poultry Concentrates 32 % 22 – 28 Weeks

Layer Poultry Concentrates 30.2 % 29 – 49 Weeks

Layer Poultry Concentrates 28.5 % 49 – 59 Weeks

Layer Poultry Concentrate 27.5 % 59 – 67 Weeks

Layer Poultry Concentrate 27 % 67 – 74 Weeks

Layer Poultry Concentrate 25 % 74 Weeks

The Digestive System of the Bird

Feed materials for birds

Incubators and Brooders

Brooding

Food intake

Layer poultry Feed (0 – 6 weeks)

Layer Poultry Feed (6 – 14 weeks)

Egg Layer Poultry Feed (14 – 20 weeks)

General Layer Poultry Feed

Breeder Layer Poultry Feed

Layer Chick Feed – Chick Mash

Layer Chicken Grower Feed

Laying Hen Feed

Breeding Layer Chicken Feed

Layer Chick Feed

Layer Chick Grower Feed

Egg Laying Chicken Feed

Layer Poultry Feed

Layer Breeder Feed

Breeder Chick Feed

Breeder Chicken Grower Feed

Chick Starter Mash

Pullet Grower Feed

Pullet Developer / Prelay Mash

Layer Poultry Feed

Layer Chicken Feed

Heavy Breed Pre Starter Premium Feed

Heavy Breed Pre Starter Economy Chicken Feed

Heavy Breed Starter Chicken Feed

Heavy Breed Grower Poultry Feed

Heavy Breed Pre-lay Chicken Feed

Heavy Breed Layer Chicken Feed

Heavy Breed Rooster Feed

Light Breed Chicken Starter Feed

Light Breed Grower Chicken Feed

Light Breed Rooster Feed

Light Breed Layer Chicken Feed

White Egg Laying Chicken Feed 0-6 Weeks

White Egg Laying Chicken Feed 6-12 Weeks

White Egg Laying Chicken Feed 12 – 18 Weeks

White Egg Laying Chicken Feed 18 Weeks to 1st Egg

Brown Egg Laying Chicken Feed 0 to 6 Weeks

Brown Egg Laying Chicken Feed 6 to 12 Weeks

Brown Egg Laying Chicken Feed 12 to 18 Weeks

Brown Egg Laying Chicken Feed 18 Weeks to 1 st Egg

White Egg Laying Chicken Feed (80g Feed)

White Egg Laying Chicken Feed (100g Feed)

White Egg Laying Chicken Feed (120g Feed)

Llama General Feed

Gestating and Lactating Llama Feed

Llama Grower Feed

Llama Maintenance Feed

Lovebirds Care and Information

Lovebird Nutrition and Habitat

Social Behaviours

Lovebird Breeding/Reproduction

Lovebird Feeding

Rearing Tips

Black Masked Lovebird

Blue Masked Lovebird

Dutch Blue Lovebird

Fischer's Lovebird

Lutino Lovebird

Peach-faced Lovebird

Abyssinian Lovebird

Love Bird Maintenance Feed

Love Bird Breeder Feed

Love Bird High Energy Feed

Love Bird Feed (Prestarter to Weaning)

Basic Love Bird Feed

Premium Love Bird Feed

Introduction

Moisture (%)

12
Crude Protein (%)

8.76
Crude Fat (%)

1.13
Crude Fibre (%)

1.62
Sand Silica (%)

0.27

 

We are a leading Manufacturer, Supplier, Exporter, and Distributor of Maize Grit, catering to the nutritional requirements of global animal and poultry farms. Our Maize Grit is carefully processed and supplied in the form of uniform, small-sized granules, ensuring consistent quality, easy mixing, and high digestibility in animal feed formulations.

The product is manufactured exclusively from Grade-1 quality Yellow Corn of Indian origin, sourced from reliable farms and processed under strict quality control standards to maintain purity, nutritional value, and uniform particle size. This makes our Maize Grit a dependable energy source with excellent palatability.

Availability:


Maize Grit is available throughout the year, and we can supply any required quantity, ensuring uninterrupted supply for domestic and international buyers.

Applications:


Maize Grit is ideally suitable for Layer Poultry Feed, Broiler Chicken Feed, Bird Feed, and Pigeon Feed, and is overall highly suitable for all avian species. It serves as an excellent carbohydrate and energy source, supporting better feed intake, improved growth performance, and optimal production results.

Our consistent quality, bulk supply capability, and export-ready packaging make our Maize Grit a preferred choice for feed manufacturers and large-scale poultry operations worldwide.

Introduction

What is Millet Meal?

Millet Meal is the grounded form of Indian Millet of Grade-1. The grinding process is executed with the most advance Hammer Mill System ensuring superior quality output. During the value addition process the raw material passes through various stage of production process ensuring the best in class the final product generation. During the production process the moisture content is reduced to below 10%, which make the millet meal more suitable for using the same in high precision feed production. The raw material that has less moisture contents in it is more viable for over all feed performance and generation of fungal growth in the same has minimal scope.

Why we supply Millet Grain in Processed Form?

It is to ensure the quality aspect of the product. Generally millet is procured from different parts of the country and transported to nearest Port. Random quality checking is done but there are more than ample chances of defected millet getting infused in the international cargo by the domestic material suppliers – which finally creates disputes between the Buyer and the seller.

How do we supply Millet Meal to our Global Buyers?

We procure Millet from different parts of the country and transport it by Rail and Road to our Production site at Thrissur. Where initial random sampling of the whole millet grain is done and also basic lab analysis is also conducted. Then after the whole millet grain is grounded by sophisticated feed mills which ensure the check and balance process of each and every bag of the raw millet. The defected or sub standard millet is returned back to the suppliers and only the best quality millet is processed. The entire value addition process ensure the best in class product supply, free from corporate disputes and the final product that is coarse grounded product can be directly used for animal and poultry consumption process or can be used directly in the feed by the feed producers. In other words it’s a ready feed raw material or ready feed meal for direct animal feeding and poultry feeding.

Key Advantages:
  1. Uniform Quality Maintenance.
  2. Zero Atmospheric Packing, so longer shelf life.
  3. Zero Production and Processing Expense for Buyer.
  4. Safe Trade without any quality based apprehensions at mutual trade.
  5. Round the Year Availability
  6. Best alternative of Animal Feed Grains and Poultry Feed Grains
  7. Mammoth Supply Ability
  8. Proximity to well equipped ports (between 70 to 75 Kms)
Technical Specification of Millet Meal

Suitable: as Animal Feed Grain or Poultry Feed Grain and a very good alternative of other grains.

Moisture (% Maximum)

12
Crude Protein (% Between)

10 -11.6
Crude Fat (% Between)

2 – 5
Crude Fiber (% Between)

0.4 – 1.5
Starch Content (% Between)

66 – 79
Crude Ash (% Between)

1 – 3.4
Sand Silica (% Between)

0.2 – 1
Natural Phosphorus Content (% Between)

0.10 – 0.46
Natural Calcium Content (% Between)

0.1 – 0.12
Foreign Matter

Nil
Crop

Latest Cultivation
Coarse Mash Size (Mash Between)

14 – 18
GENERAL DETAILS

Specification
Ingredients Indian Millet
Ingredient Profile 100% Vegetarian
Product Form Coarse Mash Form
Moisture % Maximum

12
Product Branding Yembroos®
Net Weight 39 Kgs When Packed
Product Pricing On Unit Basis (for each 39 Kgs Packing)
Production Capacity per Day 450 MT/Day
Factory Visit Not Permissible
Fumigation Aluminum Phosphide or Methyl Bromide (or any as per buyer specification)
Clinical Test Methodology As per IS:2052 Proximate Analysis on Dry Matter Basis
BASIC INFORMATIONFor DOMESTIC BUYERS
Outer Packing Poly Propylene (Milky White)
Price Offer On Ex- Factory Basis
Mode of Payment 100% Advance Through Bank

Cash/ Cheque/ RTGS/NEFT
For Inter State Transaction GST Number is Must
Tax Applications NIL
Truck Loading 17 MT: 440 Bags | 21 MT: 540 Bags

25 MT: 645 Bags | 28 MT: 720 Bags
Minimum Order Quantity As per Buyer Requirement & Material Availability with us.
Buyer Branding Offer Yes, for Bulk Orders Only. Buyer has to arrange for Packing Material
BASIC INFORMATION OVERSEAS BUYERS
Inner Packing Low Density Polyethylene Bags of 75 Micron (Optional on Demand)
Outer Packing Poly Propylene (Milky White)
Price Offer On CIF Destination Port Basis or Delivery basis to Nearest Transit Port
Mode of Payment 100% Wire Transfer Only, we don’t accept L/c or SBLC of any nature.
Terms of Trade Mutually Agreeable Basis
Cargo Stuffing in 20’ FCL 600 Bags of 39 Kgs
Total Load Stuffing 23.4 MT in 20’ FCL
Minimum Order Quantity 600 Bags or One 20’ FCL
Nearest Transit Ports Cochin Port, Tuticorin Port and Mundra Port
Our Standard Shipping Document
  1. Phytosanitary Certification
  2. Fumigation Certificate
  3. Food Hygiene Certificate from Veterinary Department India

 

Yembroos Animal Feeds India Private Limited is a leading Millet Meal Manufacturer, Millet Meal Exporter, Millet Meal Supplier, Millet Meal Distributor, Millet Meal Vendor, Millet Meal Company and Millet Meal Producer located in Thrissur District of Kerala. Our quality and high precision product range defines us renowned Millet Meal Manufacturers, Millet Meal Exporters, Millet Meal Suppliers, Millet Meal Distributors, Millet Meal Companies and Millet Meal Producers of India. We offer Millet Meal for using it as Animal Feed Millet Meal, Poultry Feed Millet Meal, Millet Meal Pellets, Pelletized Millet Meal for Animal Feed, Pelletized Millet Meal for Poultry Feeding, Crushed Millet, Millet Flour, Cattle Feed Millet Meal, Millet Meal for Aqua Feed, Millet Meal for Shrimp Feed, Equine Feed Millet Meal, Pig Feed Millet Meal, Millet Meal Animal Feed, Millet Meal Poultry Feed, Millet Meal Chicken Feed, Millet Meal for Human Food, Human Food Millet Meal, Millet Meal for Dietary Supplements, Millet Meal for Biscuit Production, Millet Meal for Human Dietary Supplements, Millet Meal for Human Food Production and various other scope of Millet Meal applications.

Ostrich Feeding Guide

Ostrich Production and Nutrition

General Guidelines for feeding Ostriches

Bird Body Condition Is Most Important

Ostrich Chick Starter Feed

Ostrich Chick Pre Starter Starter Feed

Ostrich Grower Feed

Ostrich Maintenance Feed

Ostrich Finisher Feed

Ostrich Breeder Feed

Ostrich Breeder Feed

Breeding Ostrich Feed

Adult Grower and Non Breeding Ostrich Feed

Ostrich Starter Feed (0 – 9 Weeks)

Ostrich Grower Feed (9 – 42 Weeks)

Ostrich Finisher Feed (42 Weeks to Mkt Weight)

Ostrich Breeder Holding (42 Weeks to Sexual Maturity)

Ostrich Breeder Feed (4 or 5 Wks Before Onset of Egg Production)

Ostrich Lifecycle Feed

Parrot Maintenance Feed

Parrot Breeder Feed

Pig Concentrate 10%

Piglet Milk Replacer Concentrate 5% 0-18 Weeks

Piglet Concentrate 12.5% 7-18 Kgs

Piglet Starter Concentrate 10% for 18 – 35 Kgs

Pig Finisher Concentrate 10% for 70 – 110 Kgs

Sow Gestation Concentrate 10%

Sow Lactation Concentrate 10%

Introduction

The pig has a digestive system which is classified as monogastric or non-ruminant. Humans also have this type of digestive system. They have one stomach (mono=one, gastric=stomach). The monogastric differs from that of a polygastric or ruminant digestive system found in cattle and sheep. These animals have one stomach divided into four compartments.

Due to the differences in the digestive systems, cattle can utilize different types of feeds than pigs. Cattle and sheep can live on hay and pasture, while pigs must eat grains that can be digested more easily.

Understanding Digestion

Digestion is the breakdown of food occurring along the digestive tract. The digestive tract may be thought of as a long tube through which food passes. As food passes through the digestive tract, it is broken down into smaller and smaller units. These small units of food are absorbed as nutrients or pass out of the body as urine and feces.

Yembroos Animal Feeds India Private Limited offers scientifically formulated pig feeds that match the digestive capabilities of monogastric animals. Our complete line of feeds provides optimal nutrition for all stages of pig production. Contact our team of swine nutrition experts to learn more about our products and feeding programs.

Handling the young pig

Teeth clipping in young pigs

Internal parasites of pigs

Skin infections of pigs

Heat (oestrus) in the sow

Pregnancy and farrowing (giving birth)

Care of the sow and piglet

Castrating piglets

Feeding pigs

Ear tagging or notching (identification)

Pre-Starter Piglet Feed

Piglet Starter Feed

Premium Pig Starter Feed

Piglet Grower Feed – Economy

Pig Grower Feed

Pig Finisher Feed

Gestating Pig Feed

Lactating Pig Feed

Premium Pig Fattener Feed

Pig Maintenance Feed

Active Adult Pig Maintenance Feed

Pig Feed for 6 – 10 lb Live Body Weight

Pig Feed for 10 – 20 lb Live Body Weight

Pig Feed for 20 – 45 lb Live Body Weight

Pig Feed for 45 – 110 lb Live Body Weight

Pig Feed for 110 – 180 lb Live Body Weight

Pig Feed for 180 – 265 lb Live Body Weight

Pig Feed for Sexually Active Boars

Gestation Pig Feed (For 440 pounds with 12 pigs)

Lactating Pig Feed (for 385 Pound with 0.44 lb/day weight gain)

Commercial Mini Pig Starter Feed

Medicated Pig Starter Feed

Commercial Pig Grower Feed

Commercial Pig Breeder Feed

Porcine Diet Grower Feed

Mini-Pig HiFi Grower Feed

Pig Feed 26

Swine Feed 24

Porcine Feed 21

Pork Feed 18

Pig Feed 16

General Pig Feed 14

Sexually Active Boar Feed

Gestating Pig Feed 12

Lactating Porcine Feed

Introduction

Pigeons are a type of bird that has been long bred by humans. Pigeon breeding has become increasingly successful with Yembroos Animal Feeds India Private Limited’s balanced formulas of concentrated pigeon feeds for fattening and breeding of pigeons, whether for specialized pigeon projects or for amateur breeders. It is well known that the maximum productivity of pigeons at present is 24 squabs per breeding pair annually. This exceptional performance is achieved through the high nutritional value of Yembroos® Feeds, which produce high-weight squabs of 300-400 grams at the age of 30 days. This is made possible by providing proper nutrition that ensures healthy parent pigeons and adequate crop milk production during the critical first days of a chick’s life.

Yembroos® Feeds (Mash) are specifically formulated to be both suitable and economical for raising strong, healthy squabs. The nutritional requirements for each breeding pair of pigeons raising 15 squabs amount to approximately 40-45 kg annually, with no additional supplementation needed. When breeding is managed properly, the genetic potential of these breeds can be fully exploited to produce excellent broiler breeds.

Yembroos® feed is distinctly superior to grain mixtures (mixed grains) due to its consistently high quality and scientifically balanced formulation. The mash contains natural ingredients including corn, bran, wheat, vitamins, soybean (recognized as the richest and best source of protein), and carefully blended mineral elements in a homogeneous mixture. Unlike mixed grains, where birds can selectively consume preferred ingredients while avoiding others, Yembroos® mash ensures that birds receive complete nutrition with every intake. This comprehensive approach effectively fulfills the requirements for proteins, carbohydrates, fats, and vitamins during the critical periods of a bird’s life—growth, mating, and fledgling production. Corn, the primary component of balanced mash, serves as the major source of carbohydrates, providing essential energy for optimal performance.

Furthermore, proper nutrition with the right kind of feed encourages timely sexual maturity and enhances the overall reproductive performance of the birds.

Yembroos Animal Feeds India Private Limited provides a comprehensive range of balanced formulas of concentrated feeds specifically designed for the fattening and breeding of pigeons, catering to both specialized pigeon projects and amateur breeders alike.

YEMBROOS® Pigeon Forage

Selecting A Quality Breeding Pair

Good Feather & Handling for Quality

Temperature and Humidity Control

Ventilation

Respiratory Diseases

Check List For Respiratory Disease

Pigeon Feed Mash

Pigeon Feed Mix

Racing Pigeon Feed

Breeding Pigeon Feed

Pigeon Lifecycle Feed

Primate Lifecycle Feed

Captive Primate Feed

Primate Browser Feed

Primate Maintenance Feed

High Fibre Primate Feed

Primate Grower Feed

How to Get Started

Accommodations

Incubation

Brooders

Feeding Chicks

Hatching and Brooding Quail

Breeding Quail

The Bobwhite Quail

Medications Used In Quail Feed

Blue Scaled Quail

The Button Quail

The California Valley Quail

Raising Coturnix Quail

Thoughts on Raising Coturnix Quail

The Gambel Quail

The Texas A&M Quail

Tips for Raising Quail Birds

Quail Breeding

Brooding and Care of Japanese Quail

Quail Keeping

Minerals Required for Japanese Quails

Quail Starter Feed

Quail Starter Feed 2

Quail Starter Feed {for Gaming}

Quail Grower Feed {for Gaming}

Quail Grower Feed {for Gaming} 2

Quail Finisher Feed {for Gaming}

Quail Finisher Feed {for Gaming} 2

Quail Breeder Feed {for Gaming}

Quail Breeder Feed {for Gaming} 2

Quail Starter 0-6 Weeks

Quail Finisher Feed 0-6 Weeks

Quail Starter Feed 0-6 Weeks (at flight)

Quail Developer Feed 6-16 Weeks (at flight)

Layer Quail Starter Feed 0-6 Weeks (for Layer Quails)

Layer Quail Developer Feed 6-20 Weeks (for Layer Quails)

Layer Quail Developer Feed 20 + Weeks (for Layer Quails)

Coturnix Quail Starter Feed 0-6Weeks (for Layer / Broiler Quails)

Coturnix Quail Finisher Feed 6 Weeks to Market (for Broiler Quails)

Coturnix Quail Layer Feed 6 Weeks + (for Layer Quails)

Quail Layer Feed

Quail Breeder Feed

Bob White Quail Starter Feed 0 – 6 Weeks

Bob White Quail Grower Feed 6 – 10 Weeks

Bob White Quail Finisher / Holding > 10 Weeks

Bob White Quail Breeder Feed

Japanese Quail Starter / Grower Feed 0 – 6 Weeks

Japanese Quail Finisher Feed 6 Weeks to Market

Japanese Quail Breeder Feed

Introduction

Rabbit Breeding has become one of the most successful projects in recent years. Following extensive and intensive breeding in commercial farms that utilize specialized feeds for rabbit nutrition. Rabbits are recognized for their high production capacity and rapid growth compared to other animals. Rabbits, like other animals, contribute to increasing and developing white meat sources. Rabbit meat is easily digested because it is low in fat (5-6%), low in cholesterol (25mg/100gm) and high in protein (22-25%) with good taste. Rabbits have high meat production rates compared to other farm animals, which is why they are considered an important source of animal protein. Additionally, they are suitable for large-scale commercial projects as well as small-scale operations and even home breeding.

Rabbits produce 10 times their body weight in meat annually due to their rapid growth and fast weight gain during the first days of life. In addition to their high fertility and reproduction capacity (7 times a year) and (8 rabbits per litter on average). Since their feed components are entirely vegetarian, they do not require protein from animal sources. The feed conversion rate for rabbits is high, reaching approximately 3 to 3.5 kg of feed to produce 1 kg of meat. At this rate, rabbits reach marketing weight (1.5-2kg) at the early age of (8-10 weeks).

The annual nutritional requirements for each unit (10 mothers + 2 males + 300 young rabbits) is approximately 3 tons of Yembroos® feed mesh without any other additions such as alfalfa, straw or other grass individually. If nutrition is provided properly, then it becomes possible to utilize the genetic capabilities of local and imported breeds, increase herd productivity and achieve high growth rates.

Yembroos Animal Feeds India Private Limited has committed itself to improving feed quality and increasing nutritional value to provide rabbits with all their nutritional requirements during different growth stages, since proper nutrition is the key indicator that determines breeding success and the income gained by the breeder. When the breeder is more knowledgeable about nutritional matters, then breeding becomes economical and profitable, thus achieving its objectives. From this standpoint, Yembroos® has provided balanced feed mesh for (mothers and fattening rabbits) that is economical to help achieve successful breeding.

 

Basic Nutrients for Rabbits

Role of Fiber in Rabbit Nutrition

Role of Carbohydrates in Rabbit Nutrition

Role of Protein in Rabbit Nutrition

Role of Vitamins in Rabbit Nutrition

Role of Minerals in Rabbit Nutrition

Role of Water in Rabbit Nutrition

Nutritional Recommendations

Role of Hay in Rabbit Diet

Calcium content of Raw Vegetables

Rabbit Feed

Laboratory Rabbit Feed

Rabbit Breeder Feed

High Fiber Rabbit Grower Feed

Rabbit Mix Mash

Rabbit Mix

Rabbit Feed (0 – 365 Days)

Adult Rabbit Feed

Breeding – Lactating Rabbit Feed

Angora Rabbit Feed

High Energy Rhino Production Feed

Rhino Grower Feed

Captively Held Rhino Feed

Rhino Breeder Feed

Rhino Healer Feed Supplement

High Fiber Rhino Feed

Rhino Maintenance Feed

Textured Rhino Feed Concentrate

Introduction

What is Rice Meal?

Rice Meal is the grounded form Indian Boiled Rice and Indian Raw Rice of Grade-1. The grinding process is executed with the most advance Hammer Mill System ensuring superior quality output. During the value addition process the raw material passes through various stage of production process ensuring the best in class the final product generation. During the production process the moisture content is reduced to below 10%, which make the rice meal more suitable for using the same in high precision feed production. The raw material that has less moisture contents in it is more viable for over all feed performance and generation of fungal growth in the same has minimal scope.

Why we supply Rice in Processed Form?

It is to ensure the quality aspect of the product. Generally rice is procured from different parts of the country and transported to nearest Port. Random quality checking is done but there are more than ample chances of defected rice getting infused in the international cargo by the domestic material suppliers – which finally creates disputes between the Buyer and the seller.

How do we supply Rice Meal to our Global Buyers?

We procure Rice from different parts of the country and transport it by Rail and Road to our Production site at Thrissur. Where initial random sampling of the whole rice is done and also basic lab analysis is also conducted. Then after the whole rice is grounded by sophisticated feed mills, which ensure the check and balance process of each and every bag of the rice. The defected or sub standard rice is returned back to the suppliers and only the best quality rice is processed. The entire value addition process ensure the best in class product supply, free from corporate disputes and the final product that is coarse grounded product can be directly used for animal and poultry consumption process or can be used directly in the feed by the feed producers. In other words it’s a ready feed raw material or ready feed meal for direct animal feeding and poultry feeding.

Key Advantages:
  1. Uniform Quality Maintenance.
  2. Zero Atmospheric Packing, so longer shelf life.
  3. Zero Production and Processing Expense for Buyer.
  4. Safe Trade without any quality based apprehensions at mutual trade.
  5. Round the Year Availability
  6. Best alternative of Animal Feed Grains and Poultry Feed Grains
  7. Mammoth Supply Ability
  8. Proximity to well equipped ports (between 75 to 80 Kms)
Technical Specification of Poultry Feed Rice Meal

Suitable: for Broiler Poultry Feeding

Moisture (% Maximum)

12
Crude Protein (% Between)

7 -10
Crude Fat (% Between)

1 – 2
Crude Fiber (% Between)

0.4 – 0.5
Starch Content (% Between)

73 – 88.8
Crude Ash (% Between)

1 – 2.9
Sand Silica (% Between)

0.2 – 1
Natural Phosphorus Content (% Between)

0.07 – 0.16
Natural Calcium Content (% Between)

0.004 – 0.01
Foreign Matter

Nil
Crop

Latest Cultivation
Coarse Mash Size (Mash Between)

14 – 18
GENERAL DETAILS

Specification
Ingredients Indian Boiler Rice and Indian Raw Rice
Ingredient Profile 100% Vegetarian
Product Form Coarse Mash Form / Pellet Form
Moisture % Maximum

12
Product Branding Yembroos®
Net Weight 39 Kgs When Packed
Product Pricing On Unit Basis (for each 39 Kgs Packing)
Production Capacity per Day 450 MT/Day
Factory Visit Not Permissible
Fumigation Aluminum Phosphide or Methyl Bromide (or any as per buyer specification)
Clinical Test Methodology As per IS:2052 Proximate Analysis on Dry Matter Basis
BASIC INFORMATIONFor DOMESTIC BUYERS
Outer Packing Poly Propylene (Milky White)
Price Offer On Ex- Factory Basis
Mode of Payment 100% Advance Through Bank

Cash/ Cheque/ RTGS/NEFT
For Inter State Transaction GST Number is Must
Tax Applications NIL
Truck Loading 17 MT: 440 Bags | 21 MT: 540 Bags

25 MT: 645 Bags | 28 MT: 720 Bags
Minimum Order Quantity As per Buyer Requirement & Material Availability with us.
Buyer Branding Offer Yes, for Bulk Orders Only. Buyer has to arrange for Packing Material
BASIC INFORMATION OVERSEAS BUYERS
Inner Packing Low Density Polyethylene Bags of 75 Micron (Optional on Demand)
Outer Packing Poly Propylene (Milky White)
Price Offer On CIF Destination Port Basis or Delivery basis to Nearest Transit Port
Mode of Payment 100% Wire Transfer Only, we don’t accept L/c or SBLC of any nature.
Terms of Trade Mutually Agreeable Basis
Cargo Stuffing in 20’ FCL 600 Bags of 39 Kgs
Total Load Stuffing 23.4 MT in 20’ FCL
Minimum Order Quantity 600 Bags or One 20’ FCL
Nearest Transit Ports Cochin Port, Tuticorin Port and Mundra Port
Our Standard Shipping Document
  1. Phytosanitary Certification
  2. Fumigation Certificate
  3. Food Hygiene Certificate from Veterinary Department India

 

Yembroos Animal Feeds India Private Limited is a leading Rice Feed Manufacturer, Rice Feed Exporter, Rice Feed Supplier, Rice Feed Distributor, Rice Feed Vendor, Rice Feed Company and Rice Feed Producer located in Thrissur District of Kerala. Our widest and high precision product range defines us renowned Rice Feed Manufacturers, Rice Feed Exporters, Rice Feed Suppliers, Rice Feed Distributors, Rice Feed Vendors, Rice Feed Companies and Rice Feed Producers of India. We are also leading Rice Meal Manufacturer, Rice Meal Exporter, Rice Meal Supplier, Rice Meal Distributor, Rice Meal Vendor, Rice Meal Company and Rice Meal Producer located in Thrissur District of Kerala. Our widest and high precision product range defines us renowned Rice Meal Manufacturers, Rice Meal Exporters, Rice Meal Suppliers, Rice Meal Distributors, Rice Meal Vendors, Rice Meal Companies and Rice Meal Producers of India. We produce poultry feed rice meal, cattle feed rice meal, animal feed rice meal and able to supply mammoth quantity of rice meal pellets or rice pellet

 

Rodent Feed For Bio Medical Researches

Rodent Complete Life Cycle Feed

Rodent Lab Diet

Rodent Breeder Feed

Rat Reproduction and Lactation Feed

Mice Maintenance Feed

Breeding and Lactating Mice Feed

Mice Breeder Feed

Guinea Pig Complete Life Cycle Feed

Guinea Pig Grower Feed

Hamster / Gerbil Life Cycle Feed

Essential Nutrient Requirements of Sheep

Creep Feeding

Feeding Lambs

Choice of Breed

Commercial Sheep Production

Selection and Breeding

Crossbreeding

Improving Economically Important Traits

Minimizing Genetic Defects

Normal Breeding Habits of Sheep

Effects of Environment

Effect of Nutrition

Using Hormones to Control Reproduction

Accelerated Lambing or Out-of-Season Lambing

Nutrition of the Ewe

Requirements During Gestation

Requirements During Lactation

Lambing Methods

Grafting Lambs

Colostrum

Lamb Starter Mash

Ewe & Lamb Grower Feed

Sheep Feed Pellets

Economy Sheep Feed Mash

Premium Sheep Feed Mash

Sheep Fattener Concentrate

Ram Feed

Lamb Concentrate Feed

Lamb Feed

Pregnant Ewe Feed

Lamb Starter Feed 0-3 Months

Lamb Grower Feed 3-6 Months

Lamb Finisher Feed

Lactating Ewe Feed

Lamb Creep Starter Feed

Lamb Starter Feed

Lamb Grower Feed

Lamb Finisher Feed

Ewe Breeder Feed

Ewe Breeder Feed 2

Ewe Breeder Concentrate

Sheep Grower Feed

Sheep Finisher Feed

High Fiber Sheep Feed

Lamb Grower Feed

Sheep Farm Feed

Ewe Breeder Feed

High Energy Sheep Feed

Sheep Weight Gain Supplement

High Fiber Sheep Feed

Ram Breeder Feed

Sheep Maintenance Feed

Textured Sheep Feed Concentrate

Small Bird Nestling Hand Feeding Feed

Small Bird Maintenance Feed

Small Bird Breeder Feed

Small Bird High Energy Feed

Small Bird Feed (Day 1 to Weaning)

Soft Bill Bird Feed

Small Bird Feed for Adult Birds

Introduction

What is Sorghum Meal?

Sorghum Meal is the grounded form of Yellow, White and Red Sorghum of Grade-1. The grinding process is executed with the most advance Hammer Mill System ensuring superior quality output. During the value addition process the raw material passes through various stage of production process ensuring the best in class the final product generation. Normally Sorghum in the seed form has around 12% to 14% of moisture content in it. During the production process the moisture content is reduced to below 10%, which make the sorghum meal more suitable for using the same in high precision feed production. The raw material that has less moisture contents in it is more viable for over all feed performance and generation of fungal growth in the same has minimal scope.

Why we supply Sorghum Seed in Processed Form?

It is to ensure the quality aspect of the product. Generally sorghum is procured from different parts of the country and transported to nearest Port. Random quality checking is done but there are more than ample chances of defected sorghum getting infused in the international cargo by the domestic material suppliers – which finally creates disputes between the Buyer and the seller.

How do we supply Sorghum Meal to our Global Buyers?

We procure Sorghum from different parts of the country and transport it by Rail and Road to our Production site at Thrissur. Where initial random sampling of the whole sorghum is done and also basic lab analysis is also conducted. Then after the whole sorghum seed is grounded by sophisticated feed mills which ensure the check and balance process of each and every bag of the raw sorghum. The defected or sub standard sorghum is returned back to the suppliers and only the best quality sorghum is processed. The entire value addition process ensure the best in class product supply, free from corporate disputes and the final product that is coarse grounded product can be directly used for animal and poultry consumption process or can be used directly in the feed by the feed producers. In other words it’s a ready feed raw material or ready feed meal for direct animal feeding and poultry feeding.

Key Advantages:
  1. Uniform Quality Maintenance.
  2. Zero Atmospheric Packing, so longer shelf life.
  3. Zero Production and Processing Expense for Buyer.
  4. Safe Trade without any quality based apprehensions at mutual trade.
  5. Round the Year Availability
  6. Best alternative of Animal Feed Grains and Poultry Feed Grains
  7. Mammoth Supply Ability
  8. Proximity to well equipped ports (between 75 to 80 Kms)
Technical Specification: Sorghum Meal

Suitable: as Animal Feed Grain or Poultry Feed Grain and a very good alternative of other grains.

Moisture (% Maximum)

12
Crude Protein (% Between)

9 -12.7
Crude Fat (% Between)

2.5 – 3.7
Crude Fiber (% Between)

1.6 – 3.0
Starch Content (% Between)

64 – 78.1
Crude Ash (% Between)

1 – 2.4
Sand Silica (% Between)

0.8 – 1.5
Natural Phosphorus Content (% Between)

0.30 – 0.41
Natural Calcium Content (% Between)

0.06 – 0.14
Germination Index of the Seed (% Between)

73 – 86
Foreign Matter

Nil
Crop

Latest Cultivation
Coarse Mash Size (Mash Between)

14 – 18
GENERAL DETAILS

Specification
Ingredients Indian White & Red Sorghum Grade-1
Ingredient Profile 100% Vegetarian
Product Form Coarse Mash Form / 8 mm Pellets
Moisture % Maximum

10
Product Branding Yembroos®
Net Weight 39 Kgs When Packed
Product Pricing On Unit Basis (for each 39 Kgs Packing)
Production Capacity per Day 450 MT/Day
Factory Visit Not Permissible
Fumigation Aluminum Phosphide or Methyl Bromide (or any as per buyer specification)
Clinical Test Methodology As per IS:2052 Proximate Analysis on Dry Matter Basis
BASIC INFORMATIONFor DOMESTIC BUYERS
Outer Packing Poly Propylene (Milky White)
Price Offer On Ex- Factory Basis
Mode of Payment 100% Advance Through Bank

Cash/ Cheque/ RTGS/NEFT
For Inter State Transaction GST Number is Must
Tax Applications NIL
Truck Loading 17 MT: 440 Bags | 21 MT: 540 Bags

25 MT: 645 Bags | 28 MT: 720 Bags
Minimum Order Quantity As per Buyer Requirement & Material Availability with us.
Buyer Branding Offer Yes, for Bulk Orders Only. Buyer has to arrange for Packing Material
BASIC INFORMATION OVERSEAS BUYERS
Inner Packing Low Density Polyethylene Bags of 75 Micron (Optional on Demand)
Outer Packing Poly Propylene (Milky White)
Price Offer On CIF Destination Port Basis or Delivery basis to Nearest Transit Port
Mode of Payment 100% Wire Transfer Only, we don’t accept L/c or SBLC of any nature.
Terms of Trade Mutually Agreeable Basis
Cargo Stuffing in 20’ FCL 600 Bags of 39 Kgs
Total Load Stuffing 23.4 MT in 20’ FCL
Minimum Order Quantity 600 Bags or One 20’ FCL
Nearest Transit Ports Cochin Port, Tuticorin Port and Mundra Port
Our Standard Shipping Document
  1. Phytosanitary Certification
  2. Fumigation Certificate
  3. Food Hygiene Certificate from Veterinary Department India

 

Yembroos Animal Feeds India Private Limited is a leading Sorghum Meal Manufacturer, Sorghum Meal Exporter, Sorghum Meal Supplier, Sorghum Meal Distributor, Sorghum Meal Vendor, Sorghum Meal Company and Sorghum Meal Producer located in Thrissur District of Kerala. Our quality and high precision product range defines us renowned Sorghum Meal Manufacturers, Sorghum Meal Exporters, Sorghum Meal Suppliers, Sorghum Meal Distributors, Sorghum Meal Companies and Sorghum Meal Producers of India. We offer Sorghum Meal for using it as Animal Feed Sorghum Meal, Poultry Feed Sorghum Meal, Sorghum Meal Pellets, Pelletized Sorghum Meal for Animal Feed, Pelletized Sorghum Meal for Poultry Feeding, Crushed Sorghum, Sorghum Flour, Cattle Feed Sorghum Meal, Sorghum Meal for Aqua Feed, Sorghum Meal for Shrimp Feed, Equine Feed Sorghum Meal, Pig Feed Sorghum Meal, Sorghum Meal Animal Feed, Sorghum Meal Poultry Feed, Sorghum Meal Chicken Feed, Sorghum Meal for Human Food, Human Food Sorghum Meal, Sorghum Meal for Dietary Supplements, Sorghum Meal for Biscuit Production, Sorghum Meal for Human Dietary Supplements, Sorghum Meal for Human Food Production and various other scope of Sorghum Meal applications.

 

 

Introduction

Wild turkeys are native to North America and consist of five subspecies: Eastern, Osceola (Florida), Rio Grande, Merriam’s and Gould’s. All five are distributed throughout different regions of the continent. The eastern subspecies is the most common and inhabits the entire eastern half of the United States. The Osceola (Florida) is exclusively found on the Florida peninsula, while the Rio Grande ranges through Texas and extends into Oklahoma, Kansas and Colorado. Rios are also present in parts of the northwestern states. The Merriam’s subspecies inhabits areas along the Rocky Mountains and the adjacent prairies of Wyoming, Montana and South Dakota. Gould’s can be found throughout the central portion of Mexico and into the southernmost parts of New Mexico and Arizona.

Between 5,000 and 6,000 feathers cover an adult turkey’s body in patterns called feather tracts. A turkey’s feathers provide various survival functions – they maintain warmth and dryness, enable flight, provide sensory input and display for attracting the opposite sex. The head and upper neck are featherless, but upon close inspection, small skin bumps are visible on the bare area.

Most feathers exhibit metallic glittering, called iridescence, with varying colors of red, green, copper, bronze and gold. The gobbler, or male turkey, displays more vibrant coloration, while the hen has drab brownish or lighter coloring to provide camouflage with her surroundings.

Two major characteristics distinguish males from females: spurs and beards. Both sexes have long, powerful legs covered with scales and are born with a small button spur on the back of the leg. Shortly after birth, a male’s spur begins growing pointed and curved and can reach approximately two inches. Most hen’s spurs do not develop. Gobblers also have beards, which are tufts of filaments, or modified feathers, growing from the chest. Beards can grow to an average of 9 inches (though they can grow much longer). It should be noted that 10 to 20 percent of hens also have beards.

Wild turkeys have excellent daytime vision but reduced night vision. They are also highly mobile. Turkeys can run at speeds up to 25 mph, and they can fly up to 55 mph.

When mating season arrives, anywhere from February to April, courtship typically begins while turkeys are still grouped together in wintering areas. After mating, hens begin searching for nest sites and laying eggs. In most areas, nests can be found in shallow dirt depressions, surrounded by moderately woody vegetation that conceals the nest.

Hens lay a clutch of 10 to 12 eggs during a two-week period, typically laying one egg per day. She will incubate her eggs for approximately 28 days, occasionally turning and rearranging them until they are ready to hatch.

A newly-hatched flock must be ready to leave the nest within 12 to 24 hours to feed. Poults eat insects, berries and seeds, while adults consume anything from acorns and berries to insects and small reptiles. Turkeys usually feed in early morning and in the afternoon.

Wild turkeys prefer open areas for feeding, mating and habitat. They use forested areas as protection from predators and for roosting in trees at night. A varied habitat of both open and covered areas is essential for wild turkey survival.

Lack of quality habitat was a problem in the past, but with the passing of the Pittman-Robertson Act in 1937, an excise tax on sporting arms and ammunition, wildlife restoration programs now have funding to restore wild turkeys and wild turkey habitat. With the invention of the rocket net, wildlife agencies and the NWTF can trap and transfer turkey populations to areas of suitable habitat. From only 30,000 turkeys in the early 1900s to more than 7 million today, this remarkable species has truly made an impressive comeback.

With the ever-increasing demand for additive-free, natural feeds, we have decided to withdraw all zootechnical medications from our Turkey Feed Products. Although good husbandry is perhaps the most important criterion for raising healthy stock, these products have been carefully formulated with utmost precision, which has shown to provide natural and effective alternatives for the management of coccidiosis and of the risk concerning flagellate protozoa.

 

Raising Turkeys

Turkey Facts

Rearing Turkey Organically

How To Raise Turkeys

Raising Turkeys with Chicken

Breeding Turkeys

Raise Turkeys For Profit

Turkeys Rearing Info

Turkey Care

Turkey Pre-Starter Feed

Premium Turkey Starter Feed

Turkey Starter Feed

Turkey Grower Feed

Turkey Finisher Feed

Turkey Feed for 0 – 4 weeks Male/ Female Age

Turkey Feed for 4 – 8 weeks Male/ Female Age

Turkey Feed for 8 – 12 Weeks Male Age & Female Age 8 – 11 Weeks

Turkey Feed for 12 – 16 Weeks Male Age & Female Age 11 – 14 Weeks

Turkey Feed for 16 – 20 Weeks Male Age & Female Age 14 – 17 Weeks

Turkey Feed for 20 – 24 Weeks Male Age & Female Age 17 – 20 Weeks

Professional Turkey Maintenance Feed

Professional Turkey Breeder Feed

Introduction

Wheat Bran – Quality, Pricing & What We Offer

Wheat Bran is a byproduct generated while extracting flour from the Wheat Grain. Technically, there is no separate product called “Animal Feed Wheat Bran” or “Human Food Wheat Bran” — it is simply Wheat Bran.

When buyers ask for “Animal Feed Wheat Bran,” many suppliers start using adulterants to reduce their production cost and offer lower prices. This is the main reason why you see such a big price difference between different suppliers from India. What is more concerning is that Wheat Bran mixed with adulterants can be seriously harmful to animals, poultry, and birds.

We produce standard Wheat Bran that is pure, unadulterated, and safe to use. Our Wheat Bran can be used for Animal Feeding, Poultry Feeding, and Human Food as well.

When it comes to pricing, we believe in full transparency. Our prices depend on the cost of raw material (Wheat), the open market price of Wheat Flour, and the pricing of other byproducts of wheat in India. No hidden markups, no shortcuts.

Wheat Bran Pellets

We also produce Wheat Bran in pellet form. The minimum order quantity for Wheat Bran Pellets is 15,000 MT. Once the pricing and terms are mutually agreed upon between the buyer and seller, we are fully equipped to produce and supply Wheat Bran Pellets as per your requirement.

 

Technical Specification of Wheat Bran
Moisture (% Maximum)

12
Crude Protein (% Between)

12 -15
Crude Fat (% Between)

2 – 3.5
Crude Fiber (% Between)

2.5 – 8.5
Carbohydrates (% Between)

51 – 65.2
Crude Ash (% Between)

1 – 6.3
Sand Silica (% Between)

0.4 – 2
Natural Phosphorus Content (% Between)

0.50 – 1.47
Natural Calcium Content (% Between)

0.10 – 0.17
Foreign Matter

Nil
Form – 1

Coarse Bran Form / Semi Coarse Form / Fine Form
Form – 2

Pellet Form*
                              (*) For Orders not less than 15000 Metric Tons
GENERAL DETAILS

Specification
Ingredients Wheat Bran
Ingredient Profile 100% Vegetarian
Product Form Coarse Form / Semi Coarse Form / Fine Form / 8 mm Pellet Form
Moisture % Maximum

12
Product Branding Yembroos®
Net Weight 49 Kgs When Packed
Product Pricing On Unit Basis (for each 49 Kgs Packing)
Production Capacity per Day 210 MT/Day  (and 55 MT/Day in Rainy Season June to October)
Factory Visit Not Permissible
Fumigation Aluminum Phosphide or Methyl Bromide (or any as per buyer specification)
Clinical Test Methodology As per IS:2052 Proximate Analysis on Dry Matter Basis
BASIC INFORMATIONFor DOMESTIC BUYERS
Outer Packing Poly Propylene (Milky White)
Price Offer On Ex- Factory Basis
Mode of Payment 100% Advance Through BankCash/ Cheque/ RTGS/NEFT
For Inter State Transaction GST Number is Must
Tax Applications NIL
Truck Loading 17 MT: 350 Bags | 21 MT: 430 Bags25 MT: 510 Bags | 28 MT: 570 Bags
Minimum Order Quantity As per Buyer Requirement & Material Availability with us.
Buyer Branding Offer Yes, for Bulk Orders Only. Buyer has to arrange for Packing Material
Availability During February and  May every year
BASIC INFORMATION OVERSEAS BUYERS
Inner Packing Low Density Polyethylene Bags of 75 Micron (Optional on Demand)
Outer Packing Poly Propylene (Milky White)
Price Offer On CIF Destination Port Basis or Delivery basis to Nearest Transit Port
Mode of Payment 100% Wire Transfer Only, we don’t accept L/c or SBLC of any nature.
Terms of Trade Mutually Agreeable Basis
Cargo Stuffing in 20’ FCL 500 Bags of 49 Kgs
Total Load Stuffing 24.5 MT in 40’ FCL
Minimum Order Quantity 500 Bags or One 40’ FCL
Nearest Transit Ports Cochin Port, Tuticorin Port, Vizhinjam Port, Mundra Port
Our Standard Shipping Document
  1. Phytosanitary Certification
  2. Fumigation Certificate
  3. Food Hygiene Certificate from Veterinary Department India

 

Yembroos Animal Feeds India Private Limited is a leading Wheat Bran Manufacturer, Wheat Bran Exporter, Wheat Bran Supplier, Wheat Bran Distributor, Wheat Bran Vendor, Wheat Bran Company and Wheat Bran Producer located in Thrissur District of Kerala. Our quality and high precision product range defines us renowned Wheat Bran Manufacturers, Wheat Bran Exporters, Wheat Bran Suppliers, Wheat Bran Distributors, Wheat Bran Companies and Wheat Bran Producers of India. We produce Wheat Bran 5 mm Pellets, Wheat Bran 6 mm Pellets, Wheat Bran 8 mm pellet and Wheat Bran 10 mm pellet. We are renowned Wheat Bran Pellets Manufacturer, Wheat Bran Pellets Exporter, Wheat Bran Pellets Supplier, Wheat Bran Pellets Distributor, Wheat Bran Pellets Vendor, Wheat Bran Pellets Company and Wheat Bran Pellets Producer located in Thrissur District of Kerala. Our quality and high precision product range defines us renowned Wheat Bran Pellet Manufacturers, Wheat Bran Pellet Exporters, Wheat Bran Pellet Suppliers, Wheat Bran Pellet Distributors, Wheat Bran Pellet Companies and Wheat Bran Pellet Producers of India.

Wheat Bran Pellets

Wheat Bran Pellet

Textured Wheat Bran Pellet

Introduction

What is Wheat Meal?

Wheat Meal is the grounded form of Indian Wheat of Grade-1. The grinding process is executed with the most advance Hammer Mill System ensuring superior quality output. During the value addition process the raw material passes through various stage of production process ensuring the best in class the final product generation. During the production process the moisture content is reduced to below 10%, which make the wheat meal more suitable for using the same in high precision feed production. The raw material that has less moisture contents in it is more viable for over all feed performance and generation of fungal growth in the same has minimal scope.

Why we supply Wheat Grain in Processed Form?

It is to ensure the quality aspect of the product. Generally wheat is procured from different parts of the country and transported to nearest Port. Random quality checking is done but there are more than ample chances of defected millet getting infused in the international cargo by the domestic material suppliers – which finally creates disputes between the Buyer and the seller.

How do we supply Wheat Meal to our Global Buyers?

We procure Wheat from different parts of the country and transport it by Rail and Road to our Production site at Thrissur. Where initial random sampling of the whole wheat grain is done and also basic lab analysis is also conducted. Then after the whole wheat grain is grounded by sophisticated feed mills which ensure the check and balance process of each and every bag of the raw wheat. The defected or sub standard wheat is returned back to the suppliers and only the best quality wheat is processed. The entire value addition process ensure the best in class product supply, free from corporate disputes and the final product that is coarse grounded product can be directly used for animal and poultry consumption process or can be used directly in the feed by the feed producers. In other words it’s a ready feed raw material or ready feed meal for direct animal feeding and poultry feeding.

Key Advantages:

  1. Uniform Quality Maintenance.
  2. Zero Atmospheric Packing, so longer shelf life.
  3. Zero Production and Processing Expense for Buyer.
  4. Safe Trade without any quality based apprehensions at mutual trade.
  5. Availability during February to the month of May every year
  6. Best alternative of Animal Feed Grains and Poultry Feed Grains
  7. Mammoth Supply Ability
  8. Proximity to well equipped ports (between 75 to 80 Kms)

 

Technical Specification of Wheat Meal

Suitable: as Animal Feed Grain

Moisture (% Maximum)

12
Crude Protein (% Between)

10 -13.5
Crude Fat (% Between)

2 – 3.5
Crude Fiber (% Between)

2.5 – 8
Starch Content (% Between)

64 – 72.6
Crude Ash (% Between)

1 – 3.4
Sand Silica (% Between)

0.4 – 2
Natural Phosphorus Content (% Between)

0.10 – 0.52
Natural Calcium Content (% Between)

0.01 – 0.08
Foreign Matter

Nil
Crop

Latest Cultivation
Coarse Mash Size (Mash Between)

14 – 18
GENERAL DETAILS

Specification
Ingredients Indian Wheat
Ingredient Profile 100% Vegetarian
Product Form Coarse Mash Form
Moisture % Maximum

10
Product Branding Yembroos®
Net Weight 39 Kgs When Packed
Product Pricing On Unit Basis (for each 39 Kgs Packing)
Production Capacity per Day 450 MT/Day
Factory Visit Not Permissible
Fumigation Aluminum Phosphide or Methyl Bromide (or any as per buyer specification)
Clinical Test Methodology As per IS:2052 Proximate Analysis on Dry Matter Basis
BASIC INFORMATIONFor DOMESTIC BUYERS
Outer Packing Poly Propylene (Milky White)
Price Offer On Ex- Factory Basis
Mode of Payment 100% Advance Through Bank

Cash/ Cheque/ RTGS/NEFT
For Inter State Transaction GST Number is Must
Tax Applications NIL
Truck Loading 17 MT: 440 Bags | 21 MT: 540 Bags

25 MT: 645 Bags | 28 MT: 720 Bags
Minimum Order Quantity As per Buyer Requirement & Material Availability with us.
Buyer Branding Offer Yes, for Bulk Orders Only. Buyer has to arrange for Packing Material
Availability During February and  May every year
BASIC INFORMATION OVERSEAS BUYERS
Inner Packing Low Density Polyethylene Bags of 75 Micron (Optional on Demand)
Outer Packing Poly Propylene (Milky White)
Price Offer On CIF Destination Port Basis or Delivery basis to Nearest Transit Port
Mode of Payment 100% Wire Transfer Only, we don’t accept L/c or SBLC of any nature.
Terms of Trade Mutually Agreeable Basis
Cargo Stuffing in 20’ FCL 600 Bags of 39 Kgs
Total Load Stuffing 23.4 MT in 20’ FCL
Minimum Order Quantity 600 Bags or One 20’ FCL
Nearest Transit Ports Cochin Port, Tuticorin Port, Vizhinjam Port, Mundra Port
Our Standard Shipping Document
  1. Phytosanitary Certification
  2. Fumigation Certificate
  3. Food Hygiene Certificate from Veterinary Department India

 

Yembroos Animal Feeds India Private Limited is a leading Wheat Meal Manufacturer, Wheat Meal Exporter, Wheat Meal Supplier, Wheat Meal Distributor , Wheat Meal Vendor, Wheat Meal Company and Wheat Meal Producer located in Thrissur District of Kerala. Our quality and high precision product range defines us renowned Wheat Meal Manufacturers, Wheat Meal Exporters, Wheat Meal Suppliers, Wheat Meal Distributors, Wheat Meal Vendors, Wheat Meal Companies and Wheat Meal Producers of India. We offer Wheat Meal for using it as Animal Feed Wheat Meal, Poultry Feed Wheat Meal, Wheat Meal Pellets, Pelletized Wheat Meal for Animal Feed, Pelletized Wheat Meal for Poultry Feeding, Cattle Feed Wheat Meal, Wheat Meal for Aqua Feed, Wheat Meal for Shrimp Feed, Equine Feed Wheat Meal, Pig Feed Wheat Meal, Wheat Meal Animal Feed, Wheat Meal Poultry Feed, Wheat Meal Chicken Feed, Wheat Meal for Human Food, Human Food Wheat Meal, Wheat Meal for Dietary Supplements, Wheat Meal for Biscuit Production, Wheat Meal for Human Dietary Supplements, Animal Feed Wheat, Feed Wheat, Wheat Meal for Human Food Production and various other scope of Wheat Meal

 

Introduction

What is Crushed Yellow Corn (Corn Meal)?

Corn Meal is the grounded form of yellow corn of grade-1. The grinding process is executed with the most advance Hammer Mill System ensuring superior quality output. During the value addition process the raw material passes through various stage of production process ensuring the best in class the final product generation. Normally Yellow Corn in the seed form has around 14% to 15% of moisture content in it. During the production process the moisture content is reduced to below 10%, which make the corn meal more suitable for using the same in high precision feed production. The raw material that has less moisture contents in it is more viable for over all feed performance and generation of fungal growth in the same has minimal scope.

Why we supply Yellow Corn in Processed Form? 

it is to ensure the quality aspect of the product. Generally corn is procured from different parts of the country and transported to nearest Port. Random quality checking is done but there are more than ample chances of defected corn getting infused in the international cargo by the domestic corn suppliers – which finally creates disputes between the Buyer and the seller.

How do we supply Yellow Corn Meal to our Global Buyers?

We procure yellow corn from different parts of the county and transport it by Rail and Road to our Production site at Thrissur. Where initial random sampling of the whole corn is done and also basic lab analysis is also conducted. Then after the whole corn is grounded by a sophisticated feed mills which ensure the check and balance process of each and every bag of the raw corn. The defected or sub standard corn is returned back to the supplier and only the best quality corn is processed. The entire value addition process ensure the best in class product supply, free from corporate disputes and the final product that is coarse grounded product can be directly used for animal and poultry consumption process or can be used directly in the feed by the feed producers. In other words it’s a ready feed raw material or ready feed meal for direct animal feeding and poultry feeding.

Key Advantages:
  1. Uniform Quality Maintenance.
  2. Zero Atmospheric Packing, so longer shelf life.
  3. Zero Production and Processing Expense for Buyer.
  4. Safe Trade without any quality based apprehensions at mutual trade.
  5. Round the Year Availability
  6. Best alternative of Yellow Corn Seed
  7. Mammoth Supply Ability
  8. Proximity to well equipped ports (between 75 to 80 Kms)
Technical Specification: Yellow Corn Meal

Suitable: as Animal Feed Yellow Corn or Poultry Feed Maize

Moisture (% Maximum)

12
Crude Protein (% Between)

7.5 – 9
Crude Fat (% Between)

2.5 – 4
Crude Fiber (% Between)

1 – 2.25
Starch Content (% Between)

75 – 81.9
Crude Ash (% Between)

0.5 – 1.8
Sand Silica (% Between)

0.2 – 0.9
Natural Phosphorus Content (% Between)

0.25 – 0.36
Natural Calcium Content (% Between)

0.01 – 0.08
Germination Index of the Seed (% Between)

90 – 94
Foreign Matter

Nil
Crop

Latest Cultivation
Coarse Mash Size (Mash Between)

14 – 18
GENERAL DETAILS

Specification
Ingredients Indian Yellow Corn Grade-1
Ingredient Profile 100% Vegetarian
Product Form Coarse Mash Form / 8 mm Pellets
Moisture % Maximum

12
Product Branding Yembroos®
Net Weight 39 Kgs When Packed
Product Pricing On Unit Basis (for each 39 Kgs Packing)
Production Capacity per Day 450 MT/Day
Factory Visit Not Permissible
Fumigation Aluminum Phosphide or Methyl Bromide (or any as per buyer specification)
Clinical Test Methodology As per IS:2052 Proximate Analysis on Dry Matter Basis
BASIC INFORMATIONFor DOMESTIC BUYERS
Outer Packing Poly Propylene (Milky White)
Price Offer On Ex- Factory Basis
Mode of Payment 100% Advance Through BankCash/ Cheque/ RTGS/NEFT
For Inter State Transaction GST Number is Must
Tax Applications NIL
Truck Loading 17 MT: 440 Bags | 21 MT: 540 Bags | 25 MT: 645 Bags | 28 MT: 720 Bags
Minimum Order Quantity As per Buyer Requirement & Material Availability with us.
Buyer Branding Offer Yes, for Bulk Orders Only. Buyer has to arrange for Packing Material
BASIC INFORMATION OVERSEAS BUYERS
Inner Packing Low Density Polyethylene Bags of 75 Micron (Optional on Demand)
Outer Packing Poly Propylene (Milky White)
Price Offer On CIF Destination Port Basis or Delivery basis to Nearest Transit Port
Mode of Payment 100% Wire Transfer Only, we don’t accept L/c or SBLC of any nature.
Terms of Trade Mutually Agreeable Basis
Cargo Stuffing in 20’ FCL 600 Bags of 39 Kgs
Total Load Stuffing 23.4 MT in 20’ FCL
Minimum Order Quantity 600 Bags or One 20’ FCL
Nearest Transit Ports Cochin Port, Tuticorin Port and Mundra Port
Our Standard Shipping Document
  1. Phytosanitary Certification
  2. Fumigation Certificate
  3. Food Hygiene Certificate from Veterinary Department India

 

Yembroos Animal Feeds India Private Limited is a leading Yellow Corn Meal Manufacturer, Yellow Corn Meal Exporter, Yellow Corn Meal Supplier, Yellow Corn Meal Distributor, Yellow Corn Meal Vendor, Yellow Corn Meal Company and Yellow Corn Meal Producer located in Thrissur District of Kerala. Our quality and high precision product range defines us renowned Yellow Corn Meal Manufacturers, Yellow Corn Meal Exporters, Yellow Corn Meal Suppliers, Yellow Corn Meal Distributors, Yellow Corn Meal Companies and Yellow Corn Meal Producers of India. We offer Yellow Corn Meal for using it as Animal Feed Yellow Corn Meal, Poultry Feed Yellow Corn Meal, Yellow Corn Meal Pellets, Pelletized Yellow Corn Meal for Animal Feed, Pelletized Yellow Corn Meal for Poultry Feeding, Crushed Yellow Corn, Yellow Corn Flour, Crushed Yellow Maize, Cattle Feed Yellow Corn Meal, Yellow Corn Meal for Aqua Feed, Yellow Corn Meal for Shrimp Feed, Equine Feed Yellow Corn Meal, Pig Feed Yellow Corn Meal, Yellow Corn Meal Animal Feed, Yellow Corn Meal Poultry Feed, Yellow Corn Meal Chicken Feed, Yellow Corn Meal for Human Food, Human Food Yellow Corn Meal, Yellow Corn Meal for Dietary Supplements, Yellow Corn Meal for Biscuit Production, Yellow Corn Meal for Human Dietary Supplements, Yellow Corn Meal for Human Food Production and various other scope of Yellow Corn Meal applications.

We are also Yellow Maize Meal Manufacturer, Yellow Maize Meal Exporter, Yellow Maize Meal Supplier, Yellow Maize Meal Distributor, Yellow Maize Meal Vendor, Yellow Maize Meal Company and Yellow Maize Meal Producer located in Thrissur District of Kerala. Our quality and high precision product range defines us renowned Yellow Maize Meal Manufacturers, Yellow Maize Meal Exporters, Yellow Maize Meal Suppliers, Yellow Maize Meal Distributors, Yellow Maize Meal Companies and Yellow Maize Meal Producers of India.

 

 

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