BiosAgri Min P Chelates – Chelated minerals with High bioavailability.

Unique covalent bonding for maximum stability.

Trace Mineral Bioavailability:

Inorganic minerals may have unreliable solubility, variations and poor bioavailability. Animals cannot utilize traditional mineral compounds in their natural state. It is necessary to “chelate” or bind/attach the minerals to organic compounds to improve their bioavailability.

Minerals are inorganic and cannot be absorbed entirely without the added chelated compound. Chelation binds a protein molecule to the inorganic mineral.

Single bond chelates generally break apart, exposing the raw, ionized mineral when the mineral payload is cleaved from its carrier. In this situation, these minerals become charged ions, and their absorbability is jeopardized. These set free minerals are known to block the absorption of one another or to combine with other dietary factors to form unabsorbed compounds

BiosAgri Min P Chelates are highly bioavailable due to the unique Covalent bonding process, which forms a robust double bond with the inorganic metal substrate and is stable even at low pH levels of 2-2.5.

BiosAgri Min P Chelates are stable due to their double bond compared to a single bond at various pH levels. It’s covalent bonding (chelating process) guarantees mineral molecules’ pH stability and assures the maximum presence of an intact mineral chelate for absorption via the special dipeptide-like absorption process.

BiosAgri Min P Chelates

Highly Bio-available Chelate minerals such as

• Zinc,
• Manganese,
• Copper,
• Iron,
• Selenium,
• Cobalt.

Benefits:

• High stability and Bio-availability,
• Improvised production,
• Improved feed conversion ratio,
• Fulfils mineral requirement of bird,
• Faster growth, healthier flock,
• Prevents diseases.