Guangzhou Bai Plating Ventilation Equipment Co

The
type polypropylene centrifugal fan is made of polypropylene plates and welded with heated stamping molds based on metal performance parameters. It is widely used in scientific research, chemical industry, metallurgy, electronics, textile, instrumentation, electroplating, mining, school hotels, guesthouses, laboratories, environmental protection supporting equipment and other industries for ventilation to eliminate harmful gases such as acid and alkali. However, it is not allowed to transport corrosive gases such as halogen derivatives and ketones containing aromatic compounds, aliphatic and aromatic hydrocarbons. It has the characteristics of chemical corrosion resistance, not easy to age, small specific gravity, small mechanical vibration, low noise, and smooth operation. The gas transported is not allowed to contain viscous substances, dust and hard particles/, gas temperature °C, and relative humidity. And avoid sunlight exposure, and there must be no heat sources near the fan site
Baipai ventilation equipment’s main products include fiberglass fans, anti-corrosion fans, acid mist purification towers, waste gas treatment towers, acid-base waste gas neutralization towers, acid mist absorption towers, Acid-base gas purification tower, acid mist treatment tower, activated carbon adsorption box, FRP centrifugal fan, FRP axial flow fan, roof fan, anti-corrosion diagonal flow fan, corrosion-resistant fan, FRP anti-corrosion fan, acid-alkali resistant fan, plastic fan, high-pressure anti-corrosion Fans, anti-corrosion water pumps, centrifugal fans, kitchen exhaust fans, fire exhaust fans, fire fans, high-pressure fans, medium-pressure fans, dust exhaust fans, boiler induced draft fans, fiberglass round air ducts, air ducts. It is suitable for electroplating, chemical industry, petroleum, textile, power station, laboratory and other places that require ventilation and transport corrosive gases containing acid, alkaline or high humidity water vapor and general explosive gases in the process.