Hangzhou Meansoon Ventilation Co.,Ltd. supplies Laboratory fume hood exhaust fan, chemical resistant exhaust fans, corrosion resistant blower

chemical and corrosion-resistant blowers for Laboratory fume hood entilation

Generally fume hood/capboard is designed for laboratory, and acid/alkaline gas should be exhausted quickly, so anti-corrosive centrifugal fan is needed. chemical and corrosion-resistant blowers for Laboratory fume hood entilation

Plastic Corrosion Resistant Centrifugal Fan for Deodorization System

Generally smelly gas is corrosive, we need anti-corrosive centrifugal fan to process that gas.In deodorization system, we recommend MPCF Series plastic anti-corrosive centrifugal fan.

Plastic chemical corrosion resistant exhaust fan for natatoriums and chlorine rooms

Plastic chemical corrosion resistant centrifugal fans are designed to resist the harsh environment created by chlorine and other corrosive chemicals used in natatoriums or indoor swimmig pool. The anti-corrosive blowers are specifically designed to of

Plastic corrosion resistant exhaust fan for chemical storage

MEANSOON Ventilation offers a comprehensive line of plastic PP exhaust fans and blowers that are explicitly designed to be highly chemical resistant. Perfectly adapted for extracting corrosive fumes, chemicals, and other toxic gases, such as Chlorine, in

Plastic chemical corrosion resistant exhaust fan for water treatment

The waste water treatment industry is an ideal application for Plastic chemical corrosion resistant exhaust fan. Exhausting H2S, ammonia, chlorine gas and other compounds associated with waste water treatment, pumping stations, and odor control.

plastic polypropylene chemical corrosion resistant centrifugal fans and blowers. for chemical and pharmaceutical production

Meansoon Ventilation offers a comprehensive line of plastic polypropylene chemical corrosion resistant centrifugal fans and blowers. These blowers are specifically designed to be the best chemical resistance for exhausting corrosive gases. Perfectly adapt