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In today's dynamic agricultural landscape, the integrity of farm animal feed is under constant threat from a myriad of contaminants.

• From mycotoxins and endotoxins to harmful pathogens and molds, all these pose a significant risk to the health and productivity of poultry & dairy.

Management strategies to mitigate mycotoxin effects in poultry include good storage practices, using mycotoxin binders in feed, and monitoring feedstuffs regularly. Regular screening of feed ingredients for mycotoxins and blending or diluting contaminated grains with clean grains are practical approaches to manage the risks associated with mycotoxin contamination in Indian poultry feed.

• Innovative Toxin Binder for Optimal Poultry Health

Canafa leads the way in pioneering solutions for the poultry industry. Our state-of-the-art Toxin Binder is meticulously designed to safeguard poultry health by effectively binding toxins present in feed. Infused with ground-breaking Bipolar bentonites, our product sets a new benchmark in toxin adsorption technology, catering to the complex needs of poultry gut health.

Advanced Toxin Binding Technology

Our Toxin Binder is formulated with Bipolar bentonites, capable of ensuring permanent toxin binding irrespective of the pH fluctuations in the poultry gut. This innovation presents an unparalleled approach to toxin adsorption and de-adsorption, offering a steadfast solution throughout varied pH levels.

• Manufacturing of Bipolar Bentonites and Improved Mycotoxin Adsorption in Poultry

Gut:

In the constantly evolving field of poultry nutrition, ensuring the health of livestock through innovative feed additives has garnered significant attention. Amongst these, the development and application of bipolar bentonites have shown promising results in enhancing mycotoxin adsorption in poultry guts, thereby mitigating the detrimental effects caused by these toxins.

• Bipolar bentonites are a sophisticated incarnation of the naturally occurring clay mineral, bentonite, which undergoes a unique manufacturing process to enhance its mycotoxin adsorbing capabilities. The production involves modifying the surface charge properties of bentonite particles, endowing them with both positive and negative poles-hence the term "bipolar".

This modification is typically achieved through a chemical treatment process, where bentonite clay is activated using acids, bases, or specific salts to alter the surface charge. The goal is to improve the clay's adsorptive interaction with mycotoxins, which are predominantly negatively charged. By creating a material with bipolar characteristics, the modified bentonite presents a higher affinity and selectivity towards a broad range of mycotoxins.