English
Français
Deutsch
Italiano
Español
Português
Nederlandse
Ελληνικά
日本語
한국
-
Habio Lipase Product Overview Habio lipase is developed by Habio Bioengineering Co., Ltd with microbe fermentation and advanced post-process technology, which can catalyze lipids hydrolyzation, esterification, and transesterification. Habio lipase has many advantages including efficient reaction, ...
-
High-Temp Phytase Why Do We Need Phytase? As a common anti-nutritional factor, phytatephosphorus occupies 60%-80% of the totalphosphorus in feed ingredients and can't beused by animals. Phytic acid chelates metalions and proteins, and forms insoluble che-lates, thus causing a lack of trace elements ...
-
Advanced Cellulase for Fiber Degradation, Better Feed Efficiency and Nutrient Release Product Description Cellulose is widely present in cereal grains and plant protein meals but is difficult for animals to digest due to its complex fiber structure. Excess cellulose may reduce nutrient availability, ...
-
Habio Xylanase Product Overview Mianyang Habio Bioengineering Co.,Ltd, successfully developed Habio Xylanase by liquid submerged fermentation after years of repeated research and testing. The major role of Habio Xylanase is to eliminate anti-nutrient effect of xylan in animal feed and improve the ...
-
Multi-enzyme Feed Additive for Enhanced Nutrient Utilization and Livestock Performance Release More Nutrition from Feed Habio Multi-enzyme is a compound feed enzyme preparation developed to improve feed digestibility, unlock nutrient value in raw materials and enhance animal performance. Plant-based ...
-
Feed Grade Cellulase Enzyme for Improved Fiber Digestibility and Feed Efficiency | Habio Cellulase Product Description Habio Cellulase is a high-efficiency feed enzyme specially developed to improve fiber degradation and nutrient release in animal feed. Cellulose is a major structural polysaccharide ...
-
Advanced Feed α-Amylase for Better Feed Efficiency and Animal Performance Product Description Insufficient starch digestion can reduce nutrient availability and limit production performance in poultry and livestock. Resistant starch structures in grains such as corn and wheat may also decrease feed ...
-
High-Stability Xylanase Enzyme for NSP Degradation and Reduced Chyme Viscosity Product Description Habio Xylanase is a high-performance feed enzyme developed for the efficient degradation of xylan and other non-starch polysaccharides (NSPs) in plant-based feed materials. The enzyme hydrolyzes xylan ...
You Might Be Interested In
