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Mianyang Habio Bioengineering Co., Ltd. 86-28-85576619 wendyyun@habio.net / wendyyun77@vip.163.com
Feed Grade Cellulase Enzyme for Improved Fiber Digestibility and Feed Efficiency | Habio Cellulase

Feed Grade Cellulase Enzyme for Improved Fiber Digestibility and Feed Efficiency | Habio Cellulase

  • Formulaire de produit
    Poudre / liquide
  • Spécification
    20 000 U/g ; 40 000 U/g ; 20 000 UI/ml
  • Grade
    alimentation
  • Conditions de stockage
    Stockage scellé dans son emballage d'origine à moins de 25 ℃, évitez le soleil, la pluie, les te
  • Lieu d'origine
    Chine
  • Nom de marque
    Habio
  • Certification
    ISO22000, FAMI-QS, Kosher, Halal, FDA, ISO9001
  • Quantité de commande min
    25 kg
  • Prix
    Based on the specification
  • Détails d'emballage
    sac tissé 25 par kg/plastic, 25 kg/barrel, 25/200/1000 réservoir de kg/plastic
  • Délai de livraison
    5-10 jours ouvrables
  • Conditions de paiement
    Acier métallique
  • Capacité d'approvisionnement
    50 000 tonnes/année

Feed Grade Cellulase Enzyme for Improved Fiber Digestibility and Feed Efficiency | Habio Cellulase

Feed Grade Cellulase Enzyme for Improved Fiber Digestibility and Feed Efficiency | Habio CellulaseFeed Grade Cellulase Enzyme for Improved Fiber Digestibility and Feed Efficiency | Habio Cellulase 0

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 in plant cell walls and widely exists in corn, wheat bran, soybean meal, peanut meal, sunflower meal, and other feed ingredients. Due to the β-1,4-glycosidic bond structure, cellulose is difficult for monogastric animals to digest efficiently.

Habio Cellulase breaks down cellulose into smaller oligosaccharides and glucose through synergistic enzymatic hydrolysis, helping release nutrients trapped inside plant cell walls. This improves feed digestibility, promotes nutrient absorption, reduces intestinal viscosity, and supports better animal growth performance.


Key Functions
  • Degrade cellulose in plant cell walls
  • Break fiber matrix and release encapsulated nutrients
  • Improve digestibility of fiber-rich raw materials
  • Reduce intestinal chyme viscosity
  • Improve nutrient absorption and utilization
  • Support gut health and digestive performance
  • Improve feed conversion efficiency
  • Reduce manure output and environmental emissions
  • Lower feed cost and improve production profitability

Product Characteristics
  • High cellulolytic activity
  • Effective degradation of plant fiber substrates
  • Broad compatibility with common feed ingredients
  • Supports nutrient release from cereals and oilseed meals
  • Stable performance during feed processing
  • Suitable for compound enzyme applications

Mechanism of Action

Cellulase consists of a complete cellulase enzyme system including:

  • Endoglucanase (EG): breaks internal cellulose chains and destroys fiber crystal structure
  • Cellobiohydrolase (CBH): hydrolyzes exposed cellulose chains into oligosaccharides
  • β-Glucosidase (βG): converts oligosaccharides into glucose for nutrient absorption

This synergistic enzymatic process maximizes fiber degradation and nutrient availability.


Specification & Usage
Parameter Details
Product Form Powder / Liquid
Activity 20,000 U/g; 40,000 U/g; 20,000 U/mL
Recommended Dosage 50–150 g/T complete feed
Shelf Life Solid 12 months; Liquid 6 months
Packing Specification

Feed Grade Cellulase Enzyme for Improved Fiber Digestibility and Feed Efficiency | Habio Cellulase 1

Certifications

Feed Grade Cellulase Enzyme for Improved Fiber Digestibility and Feed Efficiency | Habio Cellulase 2

Contact Us

Ken Huang /Overseas Marketing Dept.
Mianyang Habio Bioengineering Co.,Ltd.
No.69 Hongen East Road, Economic-Technological Development Area,
Mianyang, Sichuan, P.R.China.
Mobile/WeChat/Whatsapp: +86 13551111737
E-MAIL:ken@habio.net

Feed Grade Cellulase Enzyme for Improved Fiber Digestibility and Feed Efficiency | Habio Cellulase 3