Haskel Gas Booster Pneumatic Driven

Haskel Pneumatic Driven Gas Booster – High-Pressure Performance & Reliability                                                                                     Data Sheet

Looking for a reliable, high-performance gas booster to meet your industrial or commercial needs? The Haskel Pneumatic Driven Gas Booster is the industry standard for delivering high-pressure gases safely, efficiently, and cost-effectively. Engineered for durability and precision, Haskel’s gas boosters offer a flexible and efficient solution for boosting gas pressures while maintaining purity and system integrity.

Why Choose the Haskel Pneumatic Gas Booster?

Superior Performance & Flexibility

Haskel gas boosters provide a powerful, flexible method for compressing a variety of gases, including oxygen, nitrogen, helium, and argon. Designed to increase gas pressure beyond standard supply levels, these boosters are ideal for applications that demand precise pressure control and high flow rates.

• Pressures up to 39,000 psi (2690 bar)
• High flow rates at high pressures
• Multi-staging capability for even higher pressures and volumes
• Infinitely variable cycling speed and output for precision control
• Capable of stalling at a set pressure without consuming power

Exceptional Safety & Reliability

Haskel gas boosters are engineered with built-in safety mechanisms and durability to ensure long service life and safe operation in demanding environments.

• No heat, flame, or spark risk, making it safe for hazardous environments
• Pneumatically driven – no electrical connection required
• Hydrocarbon-free design with complete separation of air and gas sections
• Reliable seal systems designed for extended working life
• Built-in cooling system for efficient heat dissipation

Cost Savings & Efficiency

Most industrial gases are supplied in cylinders at pressures of 2,000 – 2,600 psi. If higher pressures are needed, a gas booster eliminates the need for expensive high-pressure cylinders by utilizing all available gas from the supply source and boosting it to the required pressure.

• Reduces gas waste by maximizing cylinder utilization
• Eliminates the need for high-cost specialty gas cylinders (3,600 – 6,000 psi)
• Ideal for continuous stop/start applications without performance degradation

Common Applications

Haskel pneumatic gas boosters are widely used across multiple industries for high-pressure gas transfer, testing, and pressurization applications:

• Gas Transfer & Charging: Oxygen life support systems, breathing air systems, aircraft tire inflation, nitrogen accumulator charging
• Industrial & Manufacturing: Blow molding, gas-assisted injection molding (GAIN), laser cutting (Ar, N2, O2, He)
• Aerospace & Defense: Missile test systems, helicopter pop floats, pressure testing of hydraulic systems
• Medical & Laboratory: Helium leak testing, cryostat testing, fuel cell applications
• Energy & Oil/Gas: Supercritical fluid extraction, power valve actuation, cooling with helium in pilot plants
• Automotive & Safety: Airbag vessel filling, brake caliper testing, leak detection systems

How It Works

Haskel’s gas boosters function using a large-area reciprocating air drive piston, directly coupled to a small-area gas piston that operates within a high-pressure gas barrel. This design ensures optimal compression efficiency while maintaining complete isolation between the drive air and the gas stream. The system includes:

• High-pressure inlet and outlet check valves for efficient gas flow
• Multiple dynamic seals to prevent contamination
• Cooling system that routes exhausted drive air through a gas barrel jacket for temperature control
• Check valves for upstream and downstream pressure equalization

Technical Specifications

• Operating Temperature: -4°F to 150°F (-20°C to 65°C) in air drive section; up to 240°F (115°C) in gas barrel section
• Air Quality Requirements: Minimum Class 4 air per ISO 8573.1 standards
• Custom Configurations Available: Single, double-acting, and two-stage models to fit specific application requirements

Port Information and Additional Notes

• Air Drive Inlet Port = 1/2” FNPT all 4” & 5 3/4” Models
• Air Drive Inlet Port = 3/4” FNPT all 8” & 14” Models
• 20 psi minimum air drive pressure for all units
• 150 psig maximum air drive
• Gas Boosters for Hydrogen applications must be specifically certified for use in Hydrogen Application

Haskel Gas Booster Pneumatic Driven - iSubC

For Sale: Pre-Owned Haskel Pneumatic Driven Gas Booster – High-Pressure Performance at a Great Price! Looking for a reliable second-hand Haskel gas booster? This pre-owned, fully functional pneumatic-driven booster delivers high-pressure gas compression with efficiency and safety. Ideal for oxygen, nitrogen, helium, and more, it features compact, robust design, no electrical requirement, and high flow rates. Save on costs while ensuring top-tier performance for industrial, aerospace, and testing applications.

Product SKU: AGT15/30

Product Brand: HASKEL