Principle, purpose, and characteristics of carbon dioxide booster filling pump

The editor will provide a detailed introduction to the specific application scope, characteristics, and working principle of the carbon dioxide booster filling pump

The working principle of the carbon dioxide charging booster pump is as follows

The Taizhou Feentor CO2 booster filling pump adopts a single gas controlled non-equilibrium gas distribution valve to achieve automatic reciprocating motion of the pump. The gas drive part of the Feentor pump body is all made of aluminum alloy, and the aluminum alloy parts are processed and oxidized to black, ensuring the product's aesthetic appearance and never rusting.

The material of the carbon dioxide receiving part is selected as stainless steel according to the medium, and the complete set of seals for the pump are all imported high-quality products, thus ensuring the performance of the pump. The diameter of the drive piston in this series is 160mm.

The critical driving pressure is 10 bar. To ensure the lifespan of the pump, it is recommended to use a pressure of ≤ 8 bar.

The characteristics of the carbon dioxide charging booster pump are as follows

1. Small size, easy to carry, and extremely simple disassembly and assembly

2. High flow rate and fast charging speed of the turbocharger

3. The sealing ring is imported with original packaging from abroad and has extremely strong durability

4. The design conforms to the physical characteristics of carbon dioxide and meets the filling and pressurization needs of customers

5. Pneumatic boosting products, stable, environmentally friendly, spark free, can be used in dangerous situations

6. It is an indispensable and important component inside the carbon dioxide filling and pressurization equipment

The application scope of carbon dioxide filling booster pump is as follows

1. Critical carbon dioxide extraction and pressurization experiment

2. Filling and filling of steel cylinders and other small bottles

3. Recycling and reuse of carbon dioxide cylinder gas and liquid

4. Research on the characteristics of dry ice formation under high pressure of carbon dioxide in university laboratories

The following is a rough rendering of the carbon dioxide filling booster pump and system

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