High-activity Phytase for efficient breakdown of phytate (anti-nutrient) and improved phosphorus availability in animal and aquaculture feeds. Works across acidic to near-neutral gut-relevant conditions. Typical operating range pH 2.5–5.5 and 37°C–60°C. Light brown granule or powder. Activity 5,000–10,000 FTU/g. Coated granules preferred for stability. MOQ 25 kg. Ships worldwide.
ISO 9001 certified
Phytase (EC 3.1.3.8)
5,000 – 10,000 FTU/g (Phytase Units)
2.5 – 5.5
37°C – 60°C
Light brown granule or powder
Aspergillus niger, E. coli (recombinant)
12 months (sealed, cool, dry)
25 kg bags (coated granules preferred)
25 kg
ISO 9001, Feed Grade, EU Approved, Non-GMO available
Phytase hydrolyzes phytate to release bound phosphorus and reduce anti-nutrient effects. It is designed for reliable activity within its recommended pH and temperature ranges, supporting digestibility and performance across feed and food dephytinization uses.
Releases phosphorus from phytate in corn-soy diets—helps replace inorganic phosphate and lowers feed cost by improving nutrient utilization.
Improves phosphorus digestibility in pig diets by 25–40%, supporting better growth efficiency and reducing manure phosphorus load.
Supports plant-based fish feeds by breaking down phytate that can chelate minerals and interfere with protein digestion.
Reduces phosphorus excretion in animal waste by 30–50%, helping farms meet water quality and nutrient discharge regulations.
Reduces phytic acid in whole grain flour to improve mineral bioavailability (iron, zinc, calcium) in bread and baked products.
Dephytinizes soy, legumes, and cereals for plant-based meat and dairy alternatives, improving mineral availability and ingredient functionality.
FTU/g is the measured phytase activity per gram of product. Higher FTU/g typically means more phytate-degrading capacity at the same dosage; final inclusion should be confirmed by your formulation and trial results.
For best performance, use Phytase within pH 2.5–5.5 and 37°C–60°C, matching the enzyme’s recommended operating conditions.
In many corn-soy formulations, Phytase can reduce reliance on inorganic phosphate by releasing phosphorus from phytate. The exact replacement level depends on diet composition, mineral targets, and trial outcomes.
By improving phosphorus digestibility and reducing phytate-bound phosphorus, Phytase lowers the amount of phosphorus excreted. This can help reduce manure phosphorus by about 30–50% in practical settings.
Yes. Coated granules are preferred for many feed applications because they can improve stability during pelleting/handling and help maintain activity through storage and use.
Certifications & Standards
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