AOP is the abbreviation of Advanced Oxidation Processes, which was proposed by Glaze et al. (1987). AOP overcomes the disadvantages of ordinary Oxidation methods, such as weak Oxidation ability and selective Oxidation.The most distinguishing feature of AOP is main oxidant hydroxyl radicals react with organic matter, generated in the reaction of grapefruit free radicals can continue to take part in the hydroxyl free radical chain reaction, or through organic peroxide radicals generated after oxidizing decomposition reaction until further degradation for the final product of CO2 and H2O, so as to achieve the goal of the oxidative decomposition of organic matter.

Based on the photocatalytic and AOP's theory, the company through long-term cooperative research and development, developed a unique formula and the unique production process carry on the different substrate photocatalytic products and AOP series products, according to different application scenarios developed specifically for a particular wavelength of ultraviolet irradiation efficient photocatalytic products, used in visible light catalytic photocatalytic products and AOP.

The main function of the product: sterilizing, sterilizing, mildew proof;In addition to formaldehyde;In addition to the VOC;Odor and other waste gas removal.

Air clean environmental protection AOP formaldehyde removal products are based on the theory of AOP product formula enhancement, through the modular design and reaction medium special coating process for the formation of modular products for different application areas and filter supplies.

AOP sterilization products mainly use: polyurethane sponge, foam metal as the carrier.

Main product shape: cylinder shape.

optional carrier: Nickel-iron alloy, pure nickel, copper

Features: high temperature resistance, high decomposition efficiency, long life, full coating, custom size, custom frame