Purity 98%: Compound Enzymes For Wheat Diet with purity 98% is used in wheat-based poultry feed production, where it enhances nutrient digestibility and feed conversion ratio.

Optimal pH 5.5–6.0: Compound Enzymes For Wheat Diet with optimal pH 5.5–6.0 is used in industrial feed processing, where it ensures maximal enzymatic activity and consistent hydrolysis rates.

Thermal stability up to 85°C: Compound Enzymes For Wheat Diet with thermal stability up to 85°C is used in pelleted feed manufacturing, where it maintains enzyme functionality after steam conditioning.

Activity ≥10,000 U/g: Compound Enzymes For Wheat Diet with enzyme activity ≥10,000 U/g is used in livestock nutrition, where it significantly reduces anti-nutritional factors and improves animal weight gain.

Particle size <80 mesh: Compound Enzymes For Wheat Diet with particle size less than 80 mesh is used in premix blending, where it guarantees uniform distribution and homogeneous mixing in feed formulations.

Moisture <8%: Compound Enzymes For Wheat Diet with moisture content below 8% is used in storage and transportation of feed additives, where it enhances product shelf life and prevents microbial growth.

Specific gravity 0.7–0.9 g/cm³: Compound Enzymes For Wheat Diet with specific gravity of 0.7–0.9 g/cm³ is used in automated dosing systems, where it allows precise and accurate dosing in high-throughput feed mills.

Shelf life 12 months: Compound Enzymes For Wheat Diet with a shelf life of 12 months is used in long-term feed stockpiling, where it guarantees sustained enzymatic performance over extended periods.

Solubility ≥95%: Compound Enzymes For Wheat Diet with solubility of 95% or greater is used in water-based feed mixing, where it provides rapid and complete dispersion for efficient processing.

Residual activity after pelleting ≥85%: Compound Enzymes For Wheat Diet with residual activity after pelleting of at least 85% is used in high-temperature feed pelletization, where it ensures effective enzyme function post-processing.