Magnetic Drive Pump FKM O-Rings

1. Leak-free design: Due to the use of a magnetic drive, the leakage problem of traditional shaft seals is eliminated, which is particularly suitable for occasions where harsh chemicals need to be sealed.

2. Dry running resistance: Some magnetic pump designs allow short-term dry running, reducing maintenance costs and operating costs.

3. Self-radiating structure: By setting heat dissipation holes in the fixed part of the pump, the liquid circulates between the shaft and the bearing, effectively reducing friction heat transfer and preventing thermal deformation and melting.

4. Non-contact structure: By precisely positioning the driving magnet and the driven magnet, the magnetic capsule parts are prevented from continuous contact even during dry operation, thereby reducing heat generation and ensuring the lubricant path.

5. Two-stage vortex chamber housing: The innovative two-stage vortex chamber housing design effectively reduces internal leakage and improves overall hydraulic efficiency.

6. Strong structure: All stress-bearing parts, such as the front and rear housings, are reinforced with ribs to enhance the pressure resistance and mechanical strength of the pump.

7. Material selection: The wet end parts of the pump, such as the front housing, rear housing, impeller, and bearings, are made of materials such as PTFE, FKM, etc. to adapt to different chemical properties and temperature ranges.

Magnetic drive pump FKM O-rings is a magnetic drive pump that uses fluoro rubber (FKM) material O-rings. Magnetic drive pumps use magnetic force to transmit the power of the drive shaft to the pump rotor, achieving contactless rotation, thus avoiding the leakage problem of traditional mechanical seals. FKM O-rings are suitable for handling strong acids, strong bases, and other challenging chemicals due to their excellent chemical resistance and sealing performance.