Previously, the editor talked about the selection and application scope of gas booster pumps. Now, let's explore the advantages of gas booster pumps compared to electric pumps?
1. The Feentor gas booster pump can maintain any predetermined pressure without consuming energy or generating heat, and there is no danger of sparks or arcs.
2. Stable output pressure, easy to manually control.
3. The higher output pressure can reach a boosting capacity of 80Mpa, meeting the high-pressure needs of most customers on site;
4. Easy to apply in automatic control systems, more convenient for operators to use.
5. Continuous start stop, unrestricted, without any adverse effects, and can automatically replenish lost pressure.
6. Pneumatic piston rings and other pneumatic components do not require the addition of lubricating oil during operation, saving operating costs and preventing oil and gas pollution to the environment, meeting national requirements for energy conservation, emission reduction, and environmental protection.
7. Lightweight and reliable, easy to maintain, sturdy and durable, and the product has a long service life.
8. Using compressed air as the power source, multiple gases can also be driven without the need for a power source. Can be used for field experiments. And it can work normally without being affected by harsh environments.
After discussing the advantages of gas booster pumps, we have to mention their disadvantages
1. There should be a gas source available at the customer's site. There is a certain pressure requirement of 2-8 bar.
2. Flow is the bottleneck that restricts customers from choosing gas booster pumps.