Couldn't load pickup availability

Phytase: High activity enzyme to digest phytate.
Applications: include: Animal Feed, Anaerobic Digestate, Agriculture, Biofuels, Food Processing, Baking, Nutraceuticals.
Properties: Our phytase enzyme helps you cut feed costs and improve efficiency by releasing the phosphorus locked inside plant ingredients, reducing your dependence on expensive inorganic phosphate while maintaining and even improving animal performance. By breaking down phytate, it also frees up calcium, amino acids, and energy that would otherwise be wasted, giving you greater formulation flexibility, better feed conversion, and more consistent results across varying raw materials. The outcome is simple: lower cost per ton, stronger performance, and reduced phosphorus excretion to support sustainability goals and regulatory compliance — all from one high-impact addition to your feed program.
Reaction:
Phytate → Inorganic Phosphate
- Activity: 200,000 U/g *
- Certification: Non-food applications
- Format: Light brown powder
- Temperature Range: 25–65°C
- Optimal Temperature: 35–38°C
- pH Range: 4.0–7.0
- Optimal pH: 6.0–7.2
- Typical Dosage: 0.1–1% w/v
- Storage: 12 months
* Where 1 U is the amount of enzyme required to release 1 µmol of inorganic phosphate per min under standard conditions
Application guides
Read the technical guide: Phytase for Grain and Legume Processing: Phytate Breakdown

Supporting technical guides
Feed and plant-residue processing
Phytase for Phytate Breakdown: Phosphorus Release and Trial Design
Plan phytase trials using residual phytate and phosphate release. Separate enzyme effects from matrix background and validate the intended feed process.
Read technical guide
Enzyme science · Deep dive
Phytase: structure, mechanism and industrial uses
Phytate hydrolysis improves access to feed phosphorus and can reduce the need for supplemental mineral phosphorus in appropriately formulated diets.
Read technical guide