CMB/CMB(L) series fluoroplastic magnetic pumps use ANSYSICEM CFD, CFX finite element analysis and fluid visualization simulation technology to design high-performance hydraulic models. The pump body, impeller, impeller and isolation sleeve are designed with solid particle blocking ring structure to reduce particle wear: the support shaft adopts a fixed shaft wide fulcrum non-cantilever support structure, which eliminates the trouble of shaft breakage of the shaft drive rotor and has better stability: reinforced sleeve made of non-metallic materials, the damage caused by magnetic eddy current heating is completely eliminated, and the operation reliability is improved: PLUS SSiC composite ceramic manufacturing sliding bearing components not only resist the wear of solid particles, but also can withstand the empty operation for 30min under the evacuated state. CMB(L) is designed with a long suspension body structure with bearings, which can prevent the high temperature of the medium under high temperature conditions from affecting the operation of the motor.

CMB/CMB(L) series fluoroplastic magnetic pumps use ANSYSICEM CFD, CFX finite element analysis and fluid visualization simulation technology to design high-performance hydraulic models. The pump body, impeller, impeller and isolation sleeve are designed with solid particle blocking ring structure to reduce particle wear: the support shaft adopts a fixed shaft wide fulcrum non-cantilever support structure, which eliminates the trouble of shaft breakage of the shaft drive rotor and has better stability: reinforced sleeve made of non-metallic materials, the damage caused by magnetic eddy current heating is completely eliminated, and the operation reliability is improved: PLUS SSiC composite ceramic manufacturing sliding bearing components not only resist the wear of solid particles, but also can withstand the empty operation for 30min under the evacuated state. CMB(L) is designed with a long suspension body structure with bearings, which can prevent the high temperature of the medium under high temperature conditions from affecting the operation of the motor.

The pump has the incomparable advantages of similar fluorine plastic magnetic pump, such as particle resistance, dry grinding resistance, high efficiency and energy saving, stable operation, quiet low vibration, high reliability, long life, etc., breaking through the traditional fluorine plastic magnetic pump use restrictions, is a strong corrosion, toxic, volatile, flammable and explosive, organic solvents and valuable liquid ideal environmental transport equipment. Use temperature range:-20C ~ 150C

magnetic pump
It is a static seal pump, which is composed of impeller, inner magnetic rotor, outer magnetic, motor, etc. The motor drives the outer magnetic rotation, and the magnetic force passes through the isolation sleeve and acts on the inner magnetic rotor to make it rotate. The inner magnetic steel and the impeller are integrated without shaft seal, and the liquid medium is sealed by the isolation sleeve to realize no leakage of the conveying liquid.