Chemical Self-Priming Pump
Unique Shaft Seal Design-the installed type adopts Teflon Bellow Seal's self-cooling design,free from the need for cooling circuit tubes.Self-priming Design-a maximum suction of 5 meters.One-piece covers and foots,easy to maintain and assemble.Corrosion resistant. Material: GFRPP, PVDF.Resistant to strong acids and alkalis.
Chemical Acid-Alkali Resistant Submersible Pump
Innovative dry external shafts free the electric motor of friction.Long-time waterless idling won't damage the machine. No risk of leakage.●Suitable for horizontal plating line and treatment of waste gases.●Long lifespan and energy-efficient.Corrosion resistant Material: GFRPP, PVDF,Resistant to strong acids and alkalis.
Corrosion-Resistant Vertical Pump
Innovative dry external shafts free the electric motor of friction.Long-time waterless idling won't damage the machine. No risk of leakage.Suitable for horizontal plating line and treatment of waste gases.Long lifespan and energy-efficient.Corrosion resistant Material: GFRPP, PVDF,Resistant to strong acids and alkalis.
Corrosion-Resistant Magnetic Drive
MPH series magnetic pumps innovative,energy-saving design maximizes the performance and durability of the product, Material: GFRPP applicable temperature:below 80℃; and applicable temperature of PVDF: below 100℃.The flow passage components are made of reinforced polypropylene plastic.Pump shafts,bearings,and end rings are made of highly corrosion-resistant materials, such as ceramic, filed PTFE, and carbon, to ensure the safe passage of most chemical fluids.The pump adopts a design without shaft seals,which solved the inevitable leakage problem faced by traditional pumps with the seals.The plastic components adopt an optimized structure and are reinforced by glass fiber.The impellers and magnetic inner rotors adopt the plastic injection molding method, which reduces the volume of the pump components and increases its efficiency.The pump uses modular main components,which can be easily disassembled, examined and maintained.