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Soya bean Meal manufactured by GUJARAT AMBUJA
is free flowing, coarse and granular. It is produced from
cleaned, Non GMO Soya beans, after a series of preparatory
physical processes, followed by a multistage extraction of
Oil. All of this is, in a highly sophisticated,
hygienically controlled plant. The processing of Soyabean
Meal involves a series of heat treatments thereby destroying
all its anti nutritional factors.
Normal Soyabean Meal is
lower in protein compared to De hulled Soyabean Meal
as the hulls standardize the Crude Protein level to range
between 46-48%. However the Crude Protein in De-hulled
Soyabean Meal ranges from 48% onwards. Soyabean Meal has a
higher energy value compared with other protein sources. The
amino acids in Soyabean Meal are highly digestible compared
to other protein sources of plant origin. The Solubility
Index of Soyabean Meal is 80-85%
Our Normal Soybean Meal as well as De-hulled Soybean Meal, is one
of the most consistent protein ingredients available to the
feed formulator. We produce Soybean Meals that meet the
end-users specifications for protein and fibre. Our Soybean
meal is a concentrated source of protein and energy, and is
lower in fibre than most other oilseed meals available to
the feed manufacturer.
The protein fraction of Soybeans, finds its way into
soyabean meal as a livestock feed ingredient, as soy protein
ingredients for the food industry and for industrial uses
(paper coatings, adhesives, etc.).
The higher protein, energy and lower fiber content of soybean meal
allow nutritionists to formulate higher-energy diets that
are more efficient in the conversion of feed to meat.
Application:
Soybean meal is used by
Broilers, Layers and Turkeys; Swine, Ruminants, Beef Cattle,
Dairy and Sheep and also finds its way into a large variety
of uses (Pet Foods, Aquaculture, Minor Feed Uses, Food and
Industrial uses).
The combination of competitive
price and nutrient characteristics favor its use by Swine
and Poultry. The
highly digestible protein in Soybean meal provides high
levels of available amino acids that can complement amino
acids in cereal grain for least-cost rations for Swine and
Poultry. Efficient
Swine and Poultry rations are dependent on Soyabean Meal and
cereal grain. In ruminant rations also Soybean Meal is
competitive with other protein ingredients.
Soya bean meal is ideal for Poultry Feed; it dominates the market for protein supplements for poultry
because of its consistency in nutrient content, its ready
availability year-round, and its high content of crude
protein. Poultry producers desire high-energy diets and no
other common plant protein feedstuff exceeds Soyabean Meal
in Crude Protein content. Soybean Meal is the only common
protein supplement that is included in poultry rations with
no limitation as to the quantity used, as it is properly
toasted to denature the trypsin inhibitors, and hence there
are no anti nutritive factors to consider when formulating
diets. When blended with corn or grain sorghum, soybean meal
provides a good balance of all the essential amino acids
needed by poultry, while methionine is economically provided
by supplements produced by the chemical industry, allowing
simple Corn-Soybean Meal diets to effectively meet the amino
acid requirements of the chick. The poultry industry,
including broilers, turkeys and laying hens, is the major
user of soybean meal. Broilers have a high demand for crude
protein and amino acids and thus need a protein source high
in amino acids. With the probable decline in the use of
animal by products, even more soybean meal will be used.
Soyabean meal is also a preferred
source of protein in Swine diets. Corn-Soyabean Meal
based diets provide an adequate balance of amino acids these
can be fortified with supplemental minerals and vitamins.
There are other ingredients of animal origin that have a
higher protein content than soyabean meal but they also have
other ingredients that limit their use in swine diets. It is
also a rich source of lysine; hence the pig’s lysine
requirement is met without feeding excessive amount of
non-essential nitrogen. This also enables it to be a good
complement to cereal grains commonly fed to swine. As a
percentage of total proteins, cereal grains are relatively
high in sulfur amino acids therefore Soyabean Meal is an
excellent choice as a protein supplement for crude
grain-based diets.
Soyabean meal is replacing Fish Meal in Aquaculture feeds due to price, consistent availability and its nutritional
properties. Our Solvent Extracted Soyabean Meal, prices are
comparatively more stable than fishmeal because of its
consistent supply. It is beginning to be widely used in
aquatic diets also, offering more than just a nutritional
benefit. Diminishing use of fish meal and an increasing use
of soybean meal will improve the effluent characteristics of
aquaculture operations.
The
protein in Soybean meal is of high quality when
evaluated in complete and balanced diets fed to
dogs and cats along with other protein sources or
supplemental amino acids to achieve proper amino acid
balance.
It is also used in the food industry in making 'SOYA- BARI'
'SOYA- CHUNKS' and 'SOYA-GRANULES'. It is rich in protein as
well as macro and micronutrients and is a healthy diet food.
Soya Bean meal is the best for extracting 'SOYA PROTEIN
ISOLATE' by water treatment or mild alkali. 'SOYA PROTEIN
ISOLATES, usually having more than 90% protein content,
which are equivalent to milk-proteins.
Soyabean Meal is used for De-fatted Soya Flour, which
can be used in nutritious biscuits.
Soya meal is used in Healthcare Products, since it
also contains calcium and is flavones, compounds that may
directly inhibit bone resorption.
The
Isoflavones in Soyabean Meal are similar in chemical
structure to estrogen.
Soya meal contains minerals like calcium, magnesium, iron
and folic acid and hence is used in the Pharmaceutical
Industry also. Specifications of De-hulled Soyabean Meal (Hi-pro):
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Parameters
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Specifications
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Moisture
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12% Max.
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Protein
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48% Min.
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Oil Content
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1.25% Max.
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Sand & Silica
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1% Max.
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Fibre
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4% Max.
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Urease Activity-At 30oC
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0.25mg/g Max. |
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