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Product introduction 1. Use the O-ring interference fit of the moving ring to hold the shaft tightly and solve the wear of the shaft surface. 2. The product adopts magnetic design, and the dynamic and static rings are always stuck together through magnetic force. Achieve zero leakage. 3. Wear-resistant material high carbon fiber is used as the friction pair between the dynamic and static rings, with a low friction coefficient. 4. The product has a compact design and can be installed at the original oil seal position without any changes to the equipment. 5. The operating temperature can reach -40 to 200 degrees, and can be designed separately for special working conditions. 6. Use time is more than 25,000 hours. Product parameters Pressure resistance: 0.11MPa Temperature resistance: -40-200 degrees Linear speed: 28m/s Radial runout: 0.3mm axial movement: 0.3mm product thickness: 14mm(min) Material: Phosphor bronze, aluminum alloy, stainless steel sealing ring material: NBR/FKM media: Applicable working conditions for water, oil, dust and gas: It is suitable for oil supply and lubrication by the oil pump in the cavity, the cavity is full of oil, and the cavity is under pressure. The application speed is 0-5000 rpm, the operating temperature is -40 degrees to 200 degrees, and it can reach 350 degrees under special working conditions. Pump bearing boxes, gear boxes, reduction gearboxes, compressor bearing boxes, motors, fans, vertical reducers, new energy vehicle direct drive motors, underwater equipment, replacement pump mechanical seals and other equipment. 7. The magnetic bearing isolator uses magnetic force to tightly fit the sealing surfaces together, and uses other auxiliary seals to prevent leakage of working fluid to achieve a sealing effect. The relative moving seal between the moving ring and the shaft is realized, and it can float axially and angularly to automatically compensate for the wear of the sealing surface. Compared with ordinary elastically loaded face seals, the main advantages of magnetic face seals are no shaft wear, low friction coefficient, fewer structural components, compactness, and easy installation. Using magnetic force to replace the elastic force of the elastic element overcomes the problem of large changes in contact load caused by manufacturing and installation errors and the influence of axial displacement during the working process. Seal interface contact load. Can be designed smaller and evenly distributed. Therefore, the magnetic end seal device has high working capacity (temperature, pressure difference), low wear and low energy consumption. 8.Contact information: 15895851147