Antibacterial Leather Manufacturing and Shoe Material Application Technology Using Zinc Zeolite

Antibacterial Leather and Shoe Material Manufacturing Technology Using Zinc Zeolite Treatment and Coating

This technology involves manufacturing leather fabric with excellent antibacterial properties using zinc zeolite and applying it as a shoe material. Specifically, it is an antibacterial leather manufacturing technology that applies a zinc zeolite composition during the leather dyeing and finishing process and subsequent coating process.

Existing antibacterial leather often uses chemicals that raise concerns about harmfulness to achieve antibacterial performance, and it has limitations in sufficiently suppressing odor and athlete's foot fungus problems caused by sweat and bacteria when wearing shoes. This technology proposes a method of treating raw leather material with zinc zeolite chemicals and coating the surface with a coating composition containing acrylic binder, urethane binder, and zinc zeolite.

Accordingly, this technology can simultaneously enhance both the antibacterial and physical properties of leather, offering industrial applicability in shoes, functional leather products, eco-friendly antibacterial materials, and household goods.

Key Features

• Imparts antibacterial properties by treating with zinc zeolite chemicals during the leather dyeing and finishing process.
• Fixes antibacterial components to the surface with a coating composition containing acrylic binder and urethane binder.
• Alleviates hygiene problems such as bacteria, athlete's foot fungus, and sweat odor that occur in shoe-wearing environments.
• Applicable to antibacterial shoe materials, functional leather products, and eco-friendly daily life materials.