Xylanase Enzyme
Animal Feed Additives Xylanase Granule For Poultry and Livestock
Feed Grade Xylanase Granule Product Overview Xylan is one of the main components in the plant cell wall. As an anti-nutritional factor in feed ingredients, xylan can be effectively connected with cellulose, preventing the content from combining with digestive enzymes, and reducing the digestibility of nutrients. In addition, xylan can also absorb water, which increases the viscosity of chyme. It makes animals feel full, thus reducing food intake and affecting production
Animal Feed Additives Xylanase Enzyme Liquid For Poultry and Livestock
Feed Grade Xylanase Liquid Product Overview Xylan is one of the main components in the plant cell wall. As an anti-nutritional factor in feed ingredients, xylan can be effectively connected with cellulose, preventing the content from combining with digestive enzymes, and reducing the digestibility of nutrients. In addition, xylan can also absorb water, which increases the viscosity of chyme. It makes animals feel full, thus reducing food intake and affecting production
High Purity Xylanase Powder Feed Grade 100,000 U/G-1,000,000U/G
Factory Direct Xylanase Powder 100,000 U/G-1,000,000U/G Degradation of Xylan, Release of Prebiotics Product Description Habio xylanase is a kind of hydrolytic enzyme that degrades xylan and breaks down the plant cell wall. Its main functions are described as follows: a) Reduce the viscosity of chyme, increase the feed intake, and improve the production performance; b) Degrade xylan, release nutrients, and boost the digestion and utilization rate of nutrients; c) Produce xylo
Animal Feed Additives Xylanase Enzyme Powder For Poultry and Livestock
Feed Grade Xylanase Powder Product Overview Xylan is one of the main components in the plant cell wall. As an anti-nutritional factor in feed ingredients, xylan can be effectively connected with cellulose, preventing the content from combining with digestive enzymes, and reducing the digestibility of nutrients. In addition, xylan can also absorb water, which increases the viscosity of chyme. It makes animals feel full, thus reducing food intake and affecting production