STABILIZED LIQUID PAPAIN
(200 TU/mg)
Our stabilized liquid papain is designed for customers who prefer liquid formulations without compromising enzyme stability.
This aqueous solution delivers reliable proteolytic activity at 200 Tyrosine Units per milligram, ensuring ease of integration into industrial workflows. Its liquid format allows rapid dispersion, consistent performance, and minimal handling, ideal for applications where solubility and dosing precision are critical.
PRODUCT SPECIFICATIONS
Enzyme Activity
200 TU/mg (Tyrosine Units)
Source
Natural extraction from papaya latex
Format
Liquid protease solution
Appearance
Clear to pale liquid solution
KEY BENEFITS
Special Stabilizer System
Maintains long-term enzymatic activity and shelf-life integrity under recommended storage conditions.
Process-Friendly Format
Easy to blend and dose in liquid manufacturing environments, no pre-dissolution required.
Broad pH Compatibility
Delivers consistent performance across a wide pH range, supporting diverse formulation needs.
MAJOR APPLICATIONS

BEVERAGES AND BREWERY INDUSTRY
In beverage and brewing processes, papain enzymes are used to facilitates chill-proofing and protein stabilization, improving clarity and shelf life. Their selective proteolytic action preserves foam integrity and flavor, making them ideal for natural, clean-label beer stabilization and protein management in fermented drinks.

PROTEIN
HYDROLYSATES
Used in the production of protein hydrolysates, this protease facilitates targeted cleavage of peptide bonds yielding bioactive fragments with enhanced digestibility, solubility, and functional properties. Ideal for nutritional supplements, and specialized food systems requiring controlled enzymatic hydrolysis.

LIQUID-BASED
FOOD PROCESSING
Ideal for liquid-based food systems, this enzyme integrates into processes requiring precise dosing, such as sauces, and ready-to-eat formulations. Its aqueous format ensures rapid dispersion, consistent proteolytic activity, and minimal handling, supporting efficient workflows in high-throughput environments.