Helium Gas Booster Pump
Efficient 10HB Series Gas Booster Pump for High-Pressure Industrial Gas Application
The 10HB Series Gas Booster Pump is engineered for high-performance gas compression, making it a reliable choice for industrial applications requiring high-pressure solutions.
Designed to handle gases like nitrogen, helium, and natural gas, it features advanced technology for consistent output and efficiency.
Its durable construction ensures a long operational life, while the compact and user-friendly design allows for easy installation and operation.
With minimal maintenance requirements and energy-efficient performance, the 10HB Series is ideal for gas transfer, filling, and testing applications, offering unmatched reliability and precision in demanding environments.
Helium Gas Booster Pump
Efficient 10HB Series Gas Booster Pump for High-Pressure Industrial Gas Application
The 10HB Series Gas Booster Pump is engineered for high-performance gas compression, making it a reliable choice for industrial applications requiring high-pressure solutions.
Designed to handle gases like nitrogen, helium, and natural gas, it features advanced technology for consistent output and efficiency.
Its durable construction ensures a long operational life, while the compact and user-friendly design allows for easy installation and operation.
With minimal maintenance requirements and energy-efficient performance, the 10HB Series is ideal for gas transfer, filling, and testing applications, offering unmatched reliability and precision in demanding environments.
Product Specification
Pressure Boost Ratio: 15:1, 25:1, 40:1, 60:1 (depending on model)
Minimum Gas Inlet Pressure (PI): 5 to 10 bar
Maximum Gas Inlet Pressure (PI): 50 to 120 bar
Maximum Gas Outlet Pressure (PB): 120 to 480 bar
Driven Air Pressure (PA): 2 to 8 bar
Maximum Flow Rate:
450 L/min at 10 bar inlet pressure
300 L/min at 40 bar inlet pressure
Connections:
Gas Inlet: 3/8" NPT
Gas Outlet: 3/8" NPT
Material: Stainless steel internals for durability and high-pressure operation
Design: Double-acting, double-stage for enhanced compression efficiency
