In the complex world of tanning, peroxides emerge as essential catalysts, introducing innovation and efficiency into the process of transforming rawhide into leather. These chemical compounds play a crucial role in facilitating key reactions during tanning, directly influencing the quality and final properties of the leather.
Peroxides are chemical compounds containing the oxygen-oxygen bond (O-O). In the context of tanning, peroxides act as catalysts, facilitating various crucial chemical reactions for the transformation process of rawhide into leather.
Facilitate Discoloration: Peroxides are effective in removing unwanted pigments and discoloring rawhide, preparing it for the tanning process.
Catalyze Tanning Reactions: They act as catalysts in the polymerization and crosslinking of collagen fibers, improving the strength and durability of the leather.
Remove Impurities: They help break down and remove organic impurities present in the hide, contributing to efficient preparation for tanning.
Hydrogen Peroxide (Hydrogen Peroxide): Commonly used for the discoloration of rawhide and removal of impurities.
Benzoyl Peroxide: Employed as a catalyst in specific reactions during tanning, enhancing properties such as leather strength.
Pre-treatment of the Hide: Used for discoloration and removal of impurities before the application of tanning agents.
Catalyst in Crosslinking Reactions: Acts as a catalyst in tanning stages to improve the cohesion and strength of collagen fibers.
Hydrogen Peroxide 35%
Hydrogen Peroxide 50%
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