In the field of livestock, poultry, and aquaculture feed, the elements needed by herds are supplied from mineral (salt) sources. Due to the low absorption of mineral salts, large amounts of these compounds must often be added to the diet, a large part of which is removed through animal feces and causes environmental pollution. In addition, studies show that the delivery of mineral elements in the form of these compounds causes various damages in the level of biomolecules of the body (proteins, fats, and nucleic acids).

Organic sources of mineral elements, especially amino acid chelates, have better absorption and do not have harmful effects, but due to low stability against chemical and physical changes in the environment, they undergo structural changes. In addition, despite more than ten years of the presence of chelate technology and the existence of various organic supplements containing mineral elements, their unaffordability has caused them to gain a small share of the market, and for this reason, many activists in the field of livestock, poultry, and aquaculture do not want to use these compounds in the diet of farmed animals.

“Advanced Chelate Compounds technology” (Owned and produced by Sodour Ahrar Shargh Knowledge-Based Company) is a great evolution in chemistry, the output of which is the synthesis of structures in various branches of science, including livestock, poultry, and aquaculture. This technology has been patented for the first time in the world under the name “Chelate Compounds” by the United States Patent and Trademark Office (USPTO) and Iran Patent Office under the name of Mr. Mohammad Hasan Nazaran. In the technology of “advanced Chelate Compounds technology” using the self-assembly method, chelates are produced that have much higher absorption and efficiency compared to previous structures. Based on this technology, chelated mineral feed supplements have been produced as a new generation of supplements in livestock, poultry, aquatic, and honey bee fields. Due to the presence of advanced chelate structure in Bonza supplements, their absorption is much better and more effective than mineral supplements and all kinds of existing organic and chelate supplements. Chelated mineral supplements for animal feed, poultry, and aquaculture are not only free of limitations and problems caused by the consumption of common mineral and chelate supplements but are also very affordable by creating a proper balance in the metabolic system of living organisms, and they have desirable characteristics. They increase the quantity and quality of the herd at the same time and reduce undesirable characteristics. In other words, increasing the performance and quality of production indicators and reducing side costs with the use of organic products has caused the profitability of using these supplements to be several times the cost spent to buy them. For this reason, Bonza supplements are the new generation of livestock, poultry, aquaculture, and honey bee feed supplements that have introduced cost-effective and profitable chelate structures to this industry.

Characteristics of Bonza Chelate Mineral Livestock, Poultry, Aquaculture, and Honey Bee Feed Supplements

فواید مصرف مکمل های کلاته معدنی بن زا
  • Sustained Release feature
  • Stability in a wide range of physical and chemical changes (pH, EC, etc.)
  • Purity on a mass-production scale
  • Guaranteed doses of elements in the products
  • No environmental pollution and compatibility with the environment and living systems
  • The first supplements containing non-metallic elements (iodine, phosphorus, etc.) in the form of chelate
  • Cost-effectiveness and benefit-to-cost ratio several times more than the purchasing price

The Consumption Benefits of Bonza Chelated Mineral Feed Supplements

  • More effective absorption than mineral salts and other available chelate supplements
  • No damage to biomolecules
  • Increasing efficiency in livestock, poultry, and aquaculture productions (increasing milk production, live weight, eggs, reproduction indicators, etc.)
  • Increasing resistance to temperature, environmental and psychological stresses
  • Increasing resistance to diseases and reducing mortalities (reducing the need for medications and antibiotics, producing healthy livestock products)
  • Reducing costs and increasing production efficiency
  • Improving the quality of products (enrichment, increasing the percentage of milk fat, improving the quality of meat, etc.)
مشخصات مکمل های کلاته معدنی خوراک دام، طیور و آبزیان بن زا

Superiority of Bonza Chelated Mineral Feed Supplements Over Other Types of Chelate Supplements

Comparative CharacteristicsBonza Chelated Mineral SupplementHydroxy or Amino Acid Chelated Supplements
PatentA novel and unique technology patented in the United States Patent and Trademark Office (USPTO) An old technology with no novelty
Stability Studies(Shelf Life)Stability at 20 ° C and humidity of 60% to 24 monthsMaximum stability up to 6 months
Thermal Stability2% degradation up to 100 ° C4.5% degradation up to 100 ° C
Structural Stability and Dissolution Dechelation of chelate components less than 10% at different pH levelsDechelation of chelate components more than 80% at different pH levels
  • Complete solubility in water and milk
  • Pure composition without filler and insoluble compounds
  • Partial solubility in water and milk
  • Contains insoluble peptides and fillers
Cost-effectivenessHas an economic justification for consumption in:1.       Rearing of honey bee, aquatics, light ruminant, etc.2.       The whole rearing period of heavy ruminant and poultryHas no economical justification due to the no increase in performance in:1.       Rearing of honey bee, aquatics, light ruminant, etc.2.       The whole rearing period of heavy ruminant and poultry
Comprehensiveness EffectivenessConsiderable and significant improvements in metabolic, immune and reproductive indices, etc.Improve one or a few limited indices in small quantities
Element CompactionIntegration of several essential microelements in a single structureMixture of chelated elements in different structures