KFJ pump is an impurity type of chemical centrifugal pump. The flow parts for the pumps are made of steel lined rubber, ultra-high molecular polyethylene, fluorine plastics and other materials and with mechanical seal, k-type dynamic seal. KFJ rubber lining pump (chemical centrifugal impurity pump) is suitable for conveying different media of liquid or slurry. The biggest characteristic of the pump is: corrosion resistance, abrasion resistance, no blockage, self-priming (with self-priming barrel).

KFJ  wear-resistant, corrosion-resistant and temperature-resistant single-stage cantilever centrifugal rubber liner pump.

The flow part of the pump is for the imported high-quality rubber, rubber refining and vulcanization and other processes molding once molding. The pump has the features of good wear resistance, corrosion resistance, temperature resistance. 

The whole structure of the pump is simple, small volume, light weight, smooth operation, low noise, easy maintenance, energy saving and etc. 

According o the pumped liquids, dynamic seal of the auxiliary impeller, the new mechanical seal device, the new k-type oil seal device and the new k-type water-cooled seal of the auxiliary impeller are adopted to meet the requirements of various working conditions.

Application:

KFJ wear-resistant, corrosion-resistant, heat-resistant rubber lining pump can be widely used in chemical industry, monosodium glutamate, manganese industry, dye, pigment, amino acid, lysine, starch, pesticide, fertilizer, desulfurization, electrolysis, electroplating, metallurgy, nonferrous smelting, sewage treatment and other industrial systems. 

KFJ rubber lining pump is used to convey corrosive clear liquid or slurry of inorganic acid, alkali and salt containing particles in petrochemical medium and metallurgical mine etc.  medium concentration within 70%, temperature within 100℃ of all kinds of corrosive mixed liquid.

If there are special needs, the special high temperature wear-resisting rubber lining pump can be equipped to handle the liquids below 150℃ and both corrosion and particle.

Performance parameters