Purity 95%: Feeding Cellulase (L Type) with 95% purity is used in ruminant feed supplementation, where enhanced fiber degradation increases nutrient absorption efficiency.

Activity 35000 U/mL: Feeding Cellulase (L Type) at 35000 U/mL is used in poultry diets, where improved cellulose hydrolysis leads to higher feed conversion ratios.

Optimal pH 5.0: Feeding Cellulase (L Type) with an optimal pH of 5.0 is used in silage inoculants, where effective enzyme performance ensures accelerated biomass breakdown.

Stability Temperature 55°C: Feeding Cellulase (L Type) stable at 55°C is used in pelleted feed processing, where maintained enzymatic activity under heat conditions ensures consistent fiber reduction.

Viscosity 100 mPa·s: Feeding Cellulase (L Type) with viscosity of 100 mPa·s is used in liquid feed applications, where effective dispersion maximizes substrate contact for improved digestion.

Molecular Weight 60 kDa: Feeding Cellulase (L Type) at 60 kDa molecular weight is used in dairy cattle diets, where the specific enzyme structure promotes rapid cellulose breakdown and increased milk yield.

Particle Size <100 μm: Feeding Cellulase (L Type) with particle size under 100 μm is used in premix formulations, where uniform mixing provides consistent enzyme activity throughout the feed.

Thermal Stability 30 Minutes at 80°C: Feeding Cellulase (L Type) with thermal stability for 30 minutes at 80°C is used in steam-flaked grain treatment, where enzymatic function persists during thermal processing for improved starch availability.

Residual Activity ≥90% After 3 Months: Feeding Cellulase (L Type) maintaining ≥90% residual activity after 3 months is used in long-term feed storage, where enzyme efficacy is preserved for sustained digestion support.

Solubility 100% in Water: Feeding Cellulase (L Type) with 100% water solubility is used in liquid supplement blending, where complete dissolution ensures even enzyme distribution for targeted fiber breakdown.