Ozone removal filter, injecting pure power into the plasma cleaning machine
In the high-end manufacturing fields such as semiconductor packaging, medical devices, and precision electronics, Plasma Cleaner has long been the "standard" for enhancing surface activity and removing organic pollutants. However, while enjoying the high-efficiency cleaning brought by high-energy plasma, a problem often associated with it is often overlooked - ozone emission.
Why does the plasma cleaning machine need to "remove ozone"?
During the generation process of plasma, high-energy electrons collide with oxygen molecules in the air, inevitably generating high concentrations of ozone.
Employee health: Ozone has a strong irritant effect. Even at low concentrations, inhaling it for a long time can cause damage to the respiratory system.
Environmental compliance: With the increasingly strict environmental regulations (such as VOCs control and exhaust gas emission standards), the ozone concentration in industrial exhaust gas must be discharged in compliance with the standards.
Equipment lifespan: The strong oxidizing nature of ozone will accelerate the aging of other precision components and seals in the workshop.
Core solution: Our efficient ozone removal filter , as a professional filter material manufacturer, has specially developed high-performance ozone catalytic decomposition filter s for the plasma cleaning industry. It is not only the "mask" of the equipment but also the "air purification shield" of the workshop.
1.Catalytic conversion, not just physical adsorption Different from traditional activated carbon interception, our filter uses nano-scale composite manganese oxide as the core active component.
2.Reaction principle: Ozone molecules are rapidly decomposed on the catalyst surface into oxygen. A
Advantages:
1.The catalyst itself is not consumed, and its service life is much longer than traditional adsorption materials.
2.Low resistance, does not affect suction power: In response to the sensitivity of plasma cleaning machines to exhaust pressure, we use aluminum honeycomb or ceramic honeycomb or other materials as carriers. High porosity: While ensuring the maximum contact area, it minimizes air resistance to ensure that it does not affect the vacuum degree or air flow stability in the cleaning chamber.
3. Outstanding removal efficiency: Through actual testing, when dealing with high-concentration ozone (>100 ppm), the instantaneous removal rate can reach over 99%, and the concentration at the outlet is far below the national safety standard of 0.1mg/m³.
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