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Air purification equipment

1. Industrial air purification

1. In electronic chip manufacturing workshops, air quality requirements are extremely high. Activated carbon filters can remove trace organic pollutants, acidic gases (such as hydrogen fluoride, etc.) and alkaline gases (such as ammonia, etc.) in the air to prevent these pollutants from having adverse effects on the chip manufacturing process, such as causing chip short circuits, corrosion and other problems.

2. In the pharmaceutical industry, the production environment needs to strictly control microbial and chemical pollutants. Activated carbon air purification devices can absorb bacteria, viruses (partly by absorbing their transmission carriers such as droplets, etc.), drug residual volatiles, etc. in the air to ensure a clean environment for drug production.

2. Civilian air purification

1. Activated carbon is a common filter material in home air purifiers. It can remove volatile organic compounds such as formaldehyde and benzene produced by interior decoration. Long-term exposure to these substances may cause harm to human health, such as respiratory diseases and cancer.

2. In a newly purchased car, the activated carbon in the car air purifier can absorb odors in the car, such as leather odor, plastic odor, etc., and can also absorb harmful components such as carbon monoxide and nitrogen oxides that penetrate into the car from car exhaust, thereby improving the air quality in the car.

 Protective clothing

1. Chemical protective work clothes

In the hazardous chemical processing industry, the chemical protective work clothes worn by workers may be coated with activated carbon fibers or activated carbon particles. When exposed to chemical leaks, activated carbon can absorb substances such as organic solvents (toluene, xylene, etc.), strong acids (such as sulfuric acid, hydrochloric acid, etc.), strong alkalis (such as sodium hydroxide alkali mist), etc., to prevent chemicals from penetrating the protective clothing and contacting the skin, protecting the body safety of workers.

2. Biological protective work clothes (partially combined with chemical protection)

In biological laboratories or infectious disease prevention and control scenarios, the activated carbon components on protective clothing can absorb microorganisms (such as bacteria, viruses, etc.) in bioaerosols, especially when these microorganisms are mixed with other organic or inorganic pollutants, activated carbon can play an auxiliary protective role. At the same time, it can also adsorb and protect the volatiles of chemical reagents that may exist in the laboratory.