Electric high-pressure vacuum-assisted high-efficiency vacuum pump

1.Working Principle

An electric high-pressure vacuum pump utilizes an electric motor to propel the rotor or piston within the pump body, employing mechanical motion to expel gas from the pump cavity, thereby establishing a vacuum. The operational sequence typically encompasses these stages:

• Gas admission: The pump inlet is unsealed, allowing ambient gas to be drawn into the pump chamber.

• Gas compression: The rotor or piston's movement compresses the gas, decreasing its volume.

• Ventilation: The compressed gas is ejected through the exhaust valve, resulting in the formation of a vacuum.

2.Application fields

Electric high pressure vacuum pumps are widely used in the following fields:

• Laboratory research: for chemical reaction, gas chromatography and other experiments.

• Industrial production: In pharmaceutical, food packaging, electronic component manufacturing and other industries, vacuum pumps are used to remove air and moisture to extend the shelf life of products.

• Medical equipment: In some medical equipment, vacuum pumps are used to extract gas or liquid from the body.

3.Advantages

Advantages of Vacuum Boost High Efficiency Vacuum Pumps include:

• Quick performance: Their capacity to swiftly achieve the necessary vacuum level translates into significant time savings

• Long-term stability: Electric high-pressure vacuum pumps maintain consistent performance over extended operational periods, ideal for applications requiring uninterrupted service.

• Silent operation: Compared to traditional mechanical pumps, vacuum boost high efficiency vacuum pumps generally function more quietly, rendering them appropriate for noise-conscious settings.