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Feed Additives Copper Zinc Manganese Iron Iodine Cobalt And
Selenium In Organic Chelated Trace Elements
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Metal Proteinates product series
Copper proteinate
Zinc proteinate
Magnesium proteinate
Iron proteinate
Cobalt proteinate
Manganese proteinate
Calcium proteinate
Metal Proteinate is the product resulting from the chelation of a
soluble salt with amino acids and/or
partially hydrolyzed protein. It must be declared as a ingredient
as the specific metal proteinate: i.e., copper
proteinate; zinc proteinate; magnesium proteinate; iron proteinate;
cobalt proteinate; manganese proteinate; or
calcium proteinate.
Zinc proteinate is another common mineral supplement found in many
cat foods. Like copper proteinate, it is a form of zinc that is
bound to amino acids, which can improve the bioavailability and
absorption of this essential mineral.
Zinc plays several important roles in a cat's health, including:
Adding zinc proteinate to cat food can help ensure felines receive
adequate amounts of this crucial micronutrient through their diet.
The proteinate form is often preferred over other zinc compounds
because it is more readily absorbed by the cat's digestive system.
The appropriate level of zinc proteinate in cat food will depend on
factors like the cat's age, life stage, and overall health status.
Cat food formulations are carefully balanced by pet nutrition
experts to provide the right amounts of zinc and other minerals to
meet a cat's nutritional needs.
As long as the cat food has been formulated by reputable
manufacturers, the zinc proteinate content should be safe and
beneficial for most healthy cats. However, cats with certain
medical conditions that affect zinc metabolism may require closer
monitoring of their zinc intake. If you have any specific concerns,
it's always best to consult your veterinarian.
Product features
1. The product is stable in nature, has strong anti-dissociation
ability in the gastrointestinal tract, is efficient in passing
through the stomach, and will not antagonize other nutrients
2. The absorption channels of small peptides and free amino acids
avoid the competition between other mineral elements using the same
absorption channel, which is more conducive to rapid absorption,
transformation and utilization
Product | Index | recommended dosage | ||
moisture | crude protein | minerals | ||
proteinate chelate organic Cu | ≤12% | ≥18% | ≥2% | 200-400g per ton complete feed |
proteinate chelate organic Fe | ≤12% | ≥18% | ≥6% | 1000-2000g per ton complete feed |
proteinate chelate organic Zn | ≤12% | ≥18% | ≥6% | 1000-2000g per ton complete feed |
proteinate chelate organic Mn | ≤12% | ≥18% | ≥6% | 1000-2000g per ton complete feed |
proteinate chelate organic Co | ≤12% | ≥18% | ≥0.2% | 100-200g per ton complete feed |
proteinate chelate organic Iodine | ≤12% | ≥18% | ≥0.2% | 300-500g per ton complete feed |
proteinate chelate organic Se | ≤12% | ≥18% | ≥0.2% | 100-200g per ton complete feed |
proteinate chelate organic Cr | ≤12% | ≥18% | ≥0.2% | 50-100g per ton complete feed |
Trace elements are essential nutrients for the animal body, many
problems in animal breeding and production are related to improper
use of trace amounts at present, inorganic trace elements because
of the source of raw materials, there are a large number of
impurities such as heavy metals, oxides, harmful ions, etc.,
toxicity, poor palatability, easy antagonism, the destructive
effect on nutrients is also large, and the absorption and
utilization rate is very low, especially in the state of stress,
the digestion and absorption utilization rate of inorganic trace
elements is a straight decline, can not be used quickly, seriously
affect the immune, reproduction, growth and other properties of
animals.
After years of screening and domestication, the company has
obtained high-quality lactic acid bacteria, Saccharomyces
cerevisiae, and Bacillus subtilis strains. These three strains can
efficiently enrich trace elements. In the process of bacterial
growth, trace elements are complexed with amino acids,
polypeptides, small peptides, and polysaccharides in the growing
cell protein structure, thus converting into organic trace
elements.
Soybean husk, corn flour, wheat bran and other high-quality carbon
sources and trace elements through steam sterilization, cooling,
and the configured lactic acid bacteria, Saccharomyces cerevisiae,
Bacillus subtilis liquid mixed for fermentation, at the same time,
the bacteria in the growth process and trace elements for organic
complexation, after the fermentation depth is reached, low
temperature drying, further powdering, packaging into products.