A photocatalyst filter is a specialized type of filter that employs photocatalysis—a process in which a catalyst enhances a reaction upon exposure to light, particularly ultraviolet (UV) light. In air purification applications, these filters utilize photocatalytic materials, commonly titanium dioxide (TiO2), to decompose pollutants and harmful substances when activated by light.

This nano grade photocatalyst filter is a premium high-efficiency photocatalyst filter. It can adsorb formaldehyde, benzene, and deodorizing odors, providing superior indoor air purification for homes and offices.

l Product Description

This photocatalytic filter utilizes a nano-grade titanium dioxide coating on an aluminum honeycomb carrier, providing an immense surface area for reactions. Activated by UV light with wavelengths below 388um, it rapidly decomposes formaldehyde, benzene, and ammonia, kills bacteria and removes odors. This process ensures not just adsorption but complete destruction of contaminants, providing clean indoor air.

l Product Feature

Nano-Grade Enhanced Performance

Featuring a nano grade photocatalyst filter structure, it maximizes the reactive surface area, leading to faster and more thorough purification compared to conventional filters.

High-Efficiency Purification

As a high-efficiency photocatalyst filter, it decomposes formaldehyde, VOCs quickly, effectively purifying indoor air.

Multi-Functionality

This photocatalytic filter combines bacteria-killing, odor-removing and organic pollutant purification, improving indoor air in one stop.

l Product Application

This high-efficiency photocatalyst filter is widely used in various room air purifiers for homes, offices and other indoor spaces. It is specifically targeted at improving indoor air quality in environments such as homes, offices, schools, and healthcare facilities.

Aiming at formaldehyde residues after new house decoration, daily indoor VOCs, bacterial growth and odors, this nano grade photocatalyst filter can decompose pollutants efficiently into harmless CO2 and H2O without secondary pollution. 

l Product Specification