Fiber-based photocatalyst and cold catalyst materials are functional air purification media developed by coating catalytic components onto fiber substrates such as nonwoven felt through specialized processing techniques. These materials combine the structural advantages of fiber media with catalytic activity, enabling multi-functional air treatment performance.
Photocatalyst fiber media typically requires activation under ultraviolet (UV) light. When exposed to UV irradiation, the catalytic layer can initiate oxidation reactions that help decompose certain airborne pollutants. This makes it suitable for integrated air purification systems equipped with UV light sources.
Cold catalyst fiber media, in contrast, is designed to function without external light activation. It can support the breakdown of specific gaseous contaminants under ambient conditions, making it applicable in systems where continuous catalytic performance is required.
Both types of materials can be used in combination with other filtration layers, such as HEPA media or activated carbon, to achieve integrated solutions for particulate filtration, odor control, and catalytic purification.
These materials are widely applied in air purifiers, air conditioning systems, and fresh air ventilation units. They can be customized into different structures and configurations according to specific system designs and performance requirements.

English
Español
日本語




















