product overview
The CQB type high-temperature magnetic centrifugal pump is usually composed of an electric motor, a magnetic coupling, and a corrosion-resistant centrifugal pump. Its main feature is the use of magnetic couplings to transmit power, completely leak free use of multiple circulation cooling structure, ensuring the reliability and stability of the original power and magnetic transmission. At the same time, the use of column pin couplings reduces the noise and vibration of the pump, allowing for both detachable and column pin couplings to be used simultaneously, increasing the structure of the pump and facilitating heat dissipation. At the same time, it is also very convenient for users to repair or replace parts. A cooling fan blade is also designed on the outer rotor of the pump to ensure the stability of the magnetic steel.

Performance characteristics of CQB heavy-duty stainless steel magnetic pump:
The overcurrent part of the CQB stainless steel magnetic pump is made of all stainless steel material, which has good corrosion resistance to organic acids, organic compounds, alkalis, neutral solutions, and various gases. The double spiral groove carbon graphite bearings and hard alloy shaft sleeves have strong wear resistance, ensuring the service life of the product and making it an ideal pump for leak free transportation of corrosive media.

CQB heavy-duty stainless steel magnetic pump product usage:
The CQB series magnetic pump is suitable for industries such as petroleum, chemical, pharmaceutical, smelting, electroplating, environmental protection, food, film and television printing, water treatment, national defense, etc. It is an ideal equipment for transporting flammable, explosive, volatile, toxic, rare and valuable liquids as well as various corrosive liquids. Suitable for conveying liquids without hard particles and fibers with a suction pressure not exceeding 0.2MPa, a maximum working pressure of 1.6MPa, a temperature not exceeding 100 ℃, a density not exceeding 1600kg/m3, and a viscosity not exceeding 30 × 10-6m2/S.