Characteristics and advantages of reaction kettle pump

Reactor kettle pumps have significant advantages in industries such as chemical, resin, and synthetic fibers. The following are the main advantages of the reactor kettle pump:

1、 High adaptability.

High temperature and high viscosity medium transportation, the reactor kettle pump is particularly suitable for high-temperature and high viscosity polymer melt reaction transportation that requires high output pressure. Its design can meet the transportation needs of these special media and ensure the smooth progress of the production process.

Multiple material options are available for the pump body, including stainless steel, alloy steel, corrosion-resistant alloys, and gear materials such as nitride steel and tool steel, to adapt to different media and working environments.

2、 Efficient performance.

The reactor kettle pump has good self-priming performance and can be applied to the transportation and pressurization of polymer materials under vacuum reaction conditions to meet specific process requirements.

Flow regulation: The reaction kettle gear pump belongs to the positive displacement forced delivery pump, and the pump output flow can be adjusted by adjusting the pump speed. It is recommended to use frequency conversion speed regulation method, which can achieve near linear flow output of gear pump, improve production efficiency and flexibility.

3、 High reliability.

Sealed structure, the reactor kettle pump adopts multiple combination sealing design to ensure the safe and reliable operation of the pump. The sealing structure includes melt dynamic sealing+packing sealing, high-temperature resistant packing sealing, etc., effectively preventing medium leakage.

Long service life, simple structure, high processing accuracy, and long service life of the reactor kettle pump product. This is due to its high-quality materials and exquisite craftsmanship, which reduces maintenance costs and downtime.

4、 Superior technical parameters.

The viscosity of the conveying medium ranges from 1 to 40000 Pa · s; Inhalation pressure, ranging from vacuum to 4MPa, suitable for conveying requirements under different pressure conditions; Output pressure, up to 35MPa, meets the requirements of high-pressure conveying; Operating temperature, less than or equal to 350 ℃, suitable for transporting high-temperature media.

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