Purity 98%: Feeding Glucose Oxidase (L Type For Drinking Water) with purity 98% is used in poultry drinking systems, where it enhances animal immune response by reducing pathogenic bacterial load.

Enzyme Activity 50,000 U/mL: Feeding Glucose Oxidase (L Type For Drinking Water) with enzyme activity 50,000 U/mL is used in livestock water supplementation, where it efficiently degrades glucose to maintain water hygiene.

Viscosity 12 mPa·s: Feeding Glucose Oxidase (L Type For Drinking Water) with viscosity 12 mPa·s is used in automated water lines, where it ensures uniform mixing and consistent delivery of the enzyme solution.

pH Stability 3.0–7.0: Feeding Glucose Oxidase (L Type For Drinking Water) with pH stability 3.0–7.0 is used in multi-species farms, where it remains functional across diverse water acidity levels.

Thermal Stability ≤40°C: Feeding Glucose Oxidase (L Type For Drinking Water) with thermal stability up to 40°C is used in tropical feeding environments, where it maintains enzymatic activity despite elevated temperatures.

Particle Size <50 μm: Feeding Glucose Oxidase (L Type For Drinking Water) with particle size less than 50 μm is used in microfiltration drinking systems, where it prevents clogging and guarantees enzyme passage.

Storage Stability 12 months: Feeding Glucose Oxidase (L Type For Drinking Water) with storage stability of 12 months is used in centralized feed operations, where it preserves enzyme efficacy during long-term storage.

Heavy Metal Content <1 ppm: Feeding Glucose Oxidase (L Type For Drinking Water) with heavy metal content less than 1 ppm is used in organic animal husbandry, where it ensures product safety and compliance with regulatory standards.

Solubility ≥99%: Feeding Glucose Oxidase (L Type For Drinking Water) with solubility greater than or equal to 99% is used in rapid preparation protocols, where it quickly dissolves in water for immediate application.

Residual Activity ≥95% after 30 days: Feeding Glucose Oxidase (L Type For Drinking Water) with residual activity of at least 95% after 30 days is used in continuous water supplementation systems, where it sustains its effectiveness over time.