Protease

Protease is a class of enzymes that cleave proteins into smaller peptides and amino acids. By guiding how and when proteins are broken down, protease can support digestive comfort in sports nutrition and shape texture, viscosity, and stability in dairy processing. Different proteases act at different sites on protein chains, which makes selection and dosing important for predictable results. 

In practice, protease shows up in protein powders, ready to mix beverages, capsules, cultured dairy, cheese applications, and dairy beverages. It can reduce heaviness in high protein systems, support nutrient availability, and tune texture without losing the core character of the product. Think of protease as a precision tool that helps proteins behave the way your formulation needs them to. 

Protease fits naturally into categories where protein is central to the product experience. Here is how it supports each one: 

• Sports Nutrition - Used in whey, casein, plant proteins, collagen blends, meal replacements, and multi enzyme complexes. Protease helps break large proteins into smaller units to support digestion and comfort. It pairs well with lactase or amylase in blends designed for balanced macronutrient support. It also fits capsule or tablet formats that focus on digestive assistance. 

• Dairy - Used in cheese processing, cultured products, and dairy beverages to influence proteolysis, texture development, and flavor evolution. In beverages, carefully selected protease can help manage viscosity and reduce graininess in high protein systems. In cultured dairy, targeted proteolysis supports body and smoothness when managed within process controls. 

• Enzyme type - Endopeptidases act within the protein chain to create a range of peptide sizes, while exopeptidases trim from the ends for more uniform results. The right balance depends on your goals for digestion, mouthfeel, or flavor. 
• Source - Microbial, plant, or animal derived proteases offer different pH and temperature ranges, specificity, and sensory impact. Selection should align with your processing conditions and label preferences. 
• Activity level - Higher activity options suit capsules, targeted digestive blends, or short contact time processes. Moderate activity versions are common in protein powders and dairy beverages where control and consistency matter. 
• Process conditions - pH, temperature, and contact time guide how protease behaves. For dairy, heat steps, fermentation time, and storage need to be mapped so activity occurs at the right stage. For sports nutrition, consider hydration time in ready to mix products and any thermal steps used in manufacturing. 
• Functionality goals - Define whether the priority is digestive comfort, viscosity tuning, flavor development, or texture control. Different proteases and dosing strategies serve different outcomes. 
• Sensory considerations - Proteolysis can influence taste and aroma through peptide formation. Careful choice of enzyme type and dose helps maintain a clean flavor while achieving your functional target. 
• Format and handling - Available in powders, granules, or liquids depending on your process and dosing method. Packaging options include bags to suit plant requirements. 
• Quantity - We review minimum order quantities and plan scale up to match your schedule. 
• Certifications - Blendtek is SQF certified, Kosher certified, and Organic certified.  

Protease delivers targeted protein functionality across sports nutrition and dairy. With the right enzyme type, source, and dose, you can support digestive comfort, refine texture, and keep products consistent from batch to batch. Blendtek works with you to select the protease that fits your process, develop blends when useful, and guide trials so your formulation performs the way you expect.