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Shandong Dehai Weilang Energy Equipment Co., Ltd

Contact: Mr. Wang

Tel.: 13001718597

Tel.: 0531-88551699

Email: [email protected]

Address: No. 6, Weihua West Road, Shizhong District, Jinan

Yingkou New Microwave Wood Drying Equipment Factory

2024-01-09
 Yingkou New Microwave Wood Drying Equipment Factory

I. Efficient deodorization II. No substances need to be added III. Strong adaptability IV. Low operation cost V. No treatment VI. Small area of equipment VII. Manufacturing of high-quality imported materials

 Yingkou New Microwave Wood Drying Equipment Factory

Compared with traditional water disinfection methods such as chlorine disinfection, new type Microwave wood drying equipment Microwave electrodeless ultraviolet sterilization equipment is relatively safe and environmentally friendly. Chlorine agent is used for disinfection. When chlorine kills germs in water, due to its strong oxidation, it reacts with natural organic substances in water and generates disinfection by-products such as trichloromethane and haloacetic acid, Microwave wood drying equipment manufactor They all have potential carcinogenicity and certain mutagenicity to human body. Trichloromethane is also classified as Category 2B carcinogen in the list of carcinogens published by the International Cancer Research Institute of the World Health Organization, which poses a health threat of carcinogenicity, teratogenicity and mutagenicity.

 Yingkou New Microwave Wood Drying Equipment Factory

Application industry: Application scope of electric rapping: it is suitable for casting, metal processing, refractory, ceramics, glass, cement, mineral aggregate, plastic, chemical and other industries and other places with dust pollution.

 Yingkou New Microwave Wood Drying Equipment Factory

The gas of organic matter discharged from the workshop is subject to particle filtration and desorption after adsorption, and the high concentration organic waste gas from desorption is discharged after catalytic combustion. (The desorbed high concentration organic waste gas enters the catalytic chamber for catalytic combustion after heat exchange, and the discharged hot air desorbs and regenerates the adsorption bed and circulates in turn).

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