Unhairing Enzymes
Unhairing enzymes are advanced enzymatic solutions designed for the leather industry to facilitate efficient and controlled removal of hair from animal hides during the pre-tanning process. These enzymes selectively act on the protein structures responsible for hair anchoring, enabling clean separation of hair while preserving the integrity of the collagen fiber network.
Developed for modern industrial applications, unhairing enzymes offer a sustainable alternative to conventional chemical methods, ensuring consistent performance, improved process control and enhanced leather quality. Their application supports reduced chemical usage, lower environmental load, and optimized operational efficiency in tannery processes.
By integrating biotechnology into leather processing, unhairing enzymes contribute to producing high-quality leather with superior grain characteristics, uniformity, and eco-friendly manufacturing standards.
Alkaline Protease
Alkaline Protease
Alkaline protease for unhairing is a high-performance enzymatic solution used in the leather industry for controlled removal of hair from animal hides during the pre-tanning process. It functions effectively under alkaline conditions, where it selectively hydrolyzes the protein structures responsible for anchoring hair to the epidermis.
This enzymatic action loosens the hair roots without damaging the collagen fiber network, ensuring clean separation and maintaining the structural integrity of the hide. It enables a more uniform and efficient unhairing process compared to conventional chemical methods.
Key Benefits:
• Breaks down hair follicle and epidermal proteins
• Facilitates controlled and uniform hair removal
• Preserves collagen structure and grain quality
• Enhances cleanliness and consistency of hides