Vertical High Temperature Pump Company

Chemical high-temperature resistant chemical pumpPerformance characteristics:

1. High temperature resistance performance:

The high-temperature resistant chemical pump is made of high-temperature materials, which can withstand high temperature environments up to 400 ℃, and is not easily deformed, expanded or worn, and can operate stably for a long time.

2. Excellent corrosion resistance:

In chemical production, many substances can cause corrosion to the pump body and pump blades. High temperature resistant chemical pumps are made of corrosion-resistant materials, which can withstand the erosion of corrosive substances such as acids and alkalis, thus improving the service life and performance stability of the pump.

3. Stable performance:

The high-temperature resistant chemical pump adopts production technology and sophisticated manufacturing, which has excellent performance stability and can maintain efficient and stable operation in long-term, high-intensity working environments.

4. Wide applicability:

High temperature resistant chemical pumps can be applied to various chemical production fields, involving multiple industries such as petroleum, chemical, metallurgy, power, and pharmaceuticals. They are widely used to transport various high-temperature, corrosive, and viscous media.

Chemical high-temperature resistant chemical pumpinstallation sequence

1. Place the unit on a foundation with embedded anchor bolts, and place pairs of wedge pads between the base and the foundation for alignment.
2. Release the coupling. Place a spirit level on the pump shaft or base, adjust the gasket, align the level of the unit, and tighten the anchor bolts appropriately to prevent movement.
3. Pour concrete into the base and anchor bolt inspection holes.
4. After the concrete dries up, the anchor bolts should be tightened and the flatness of the pump shaft should be rechecked.
5. After connecting the pipeline and determining the direction of rotation of the prime mover, connect the coupling and double check the concentricity of the shaft. Measure the difference between the outer circumference of the coupling, which should not exceed 0.1mm. The gap between the two coupling end faces should not exceed 0.3mm between the largest and smallest within one week
6. After 3-4 hours of actual operation of the unit, conduct a final inspection. If there are no defects, the installation is considered qualified.