2GBT series gas booster pump is a compressed air double-drive double-acting two-stage gas booster pump, which has the advantages of high safety, low intake pressure, high output pressure and guaranteed flow rate, and some products are equipped with a gas rapid cooling device.

Features

1. The gas drive ensures that the medium does not generate heat, sparks and flames during the transmission process, and the pressurization is safe;
2. The driving gas does not need lubrication and is completely separated from the pressurized medium to ensure that the medium is clean;
3. The output pressure can reach up to 1660bar;
4. It is suitable for nitrogen, helium, carbon dioxide, methane and other media;
5. The product is reliable, easy to maintain, strong and has a long sealing life, which can be started and stopped continuously.

Main features

1.2GBT series is based on static pressure, when the driving pressure is 7bar, the air consumption is 1.6m3/min;
2. The driving pressure is 1bar-8.3bar (14.5-120.35psi), and the 2GBT series is a double driving piston (Φ160mm);
3. The temperature of the medium is not higher than 115°C (240°F), and the extremely low temperature should be specified when ordering;
4. High-voltage end materials can be customized 17-4PH, 15-5PH, 440C, nickel-based alloy, Hastelloy and other materials to meet the requirements of special media;
5. The standard product of 2GBT series is nitrogen boosting, the order code is: 2GBT15/30 (series code + primary boosting ratio / secondary boosting ratio);

Description of special products

About medium: 2GBT series can be applied to a variety of media, order code such as: 2GBT15/30-CO₂ (series code + primary boost ratio/second boost ratio + boost medium)
About the interface: If you need a special interface, please specify when ordering.

Application scenarios

1.2GBT series gas booster pump is suitable for working conditions that require high output pressure and output a certain flow when the initial pressure is low;
2. Applied to high pressure nitrogen assisted injection molding;
3. Applied to CO₂ fire extinguishing, refrigeration, foaming, high pressure cleaning and other fields;
4. Hydrogen filling for hydrogen energy vehicles;
5. Applied to cable foaming and lagging;