Keeping It Clean and Safe with Haskel’s Oxygen Gas Boosters

Haskel’s oxygen gas boosters set the industry benchmark for durability, safety and reliability. Designed to boost oxygen up to 5,000 psi, they operate with exceptional precision to ensure the exactly right oxygen pressure. They deliver the required pressure increase for critical applications related to medical equipment operation, aerospace, diving, rescue breathing and industrial processes.

Haskel is globally recognized as the provider of the most reliable gas boosters for various industries. Our reputation is backed by a global network of high pressure expertise, service and support.

Keep It Clean!

Oxygen is a highly reactive gas. Even a trace of contamination in the airstream, such as oil, grease, or dust, can cause fires or explosions. That's why it's important to clean oxygen boosters using special methods to prevent reactions induced by contamination.

Haskel boosters can handle pure gases such as oxygen or hydrogen without the risk of any contamination. Before reaching your facility, they are cleaned and assembled in a strictly controlled clean-room environment. Haskel uses the MIL STD 1330 D standard created by the US Navy to ensure that oxygen boosters are cleaned in accordance with the highest quality requirements.

The compliance with high cleanliness standards makes Haskel’s oxygen boosters a perfect choice for high purity environments.

Safety First

You can never be too careful when you’re dealing with an oxygen gas booster. A gas booster used with high-purity oxygen should be inspected every 3-6 months. It needs resealing every 18 months.

The good news is you can leave it to Haskel to worry about your maintenance schedule. We have a well-deserved reputation as an industry expert in oxygen cleaned equipment. We are here to help you avoid any oxygen related hazards in applications that rely on high-pressure compressed oxygen.

Haskel offers expert oxygen cleaning services to help you stay safe and keep your equipment in optimum condition. When performing any work on an oxygen gas booster or system, Haskel follows the military MIL STD 1330 D standard. With Haskel, the safety of your staff and equipment is in good hands.

Haskel to the Rescue!

We deliver the confidence you need to keep your operations safe.

The famous Thai cave rescue operation showed just how important it is to have a booster that you can trust. The rescue of the trapped junior soccer team was hanging by a thread because the gas compressors kept breaking down. Haskel stepped in, delivering a dependable gas booster. Only then were the rescuers able to resume the operation and save the children .

Haskel's boosters stand as a proven choice, embodying reliability and performance that have consistently exceeded industry standards.

Why Use a Haskel Oxygen Booster

Haskel’s oxygen boosters are safe, robust, reliable, compact, and easy to maintain. They provide a number of operational benefits:

• Safe pneumatic operation – no heat, flame or spark risk
• Infinitely variable cycling speed and output
• Pressures of up to 5,000 psi
• Easy to apply automatic controls
• No limit or adverse effect to continuous stop/start applications
• Seal systems designed for long working life
• No airline lubricator required
• Hydrocarbon free –separation between air and gas sections
• Built-in cooling rapidly cools the compressed gas
• Single, double acting, and two-stage models
• Ability to stall at any predetermined pressure and hold the fixed pressure without consuming power or generating heat

Applications

Haskel’s oxygen gas boosters are ideally suited for gas pressure increases, high-pressure gas transference, cylinder charging, and scavenging. They are particularly indispensable in the delivery of:

• Breathing air - ensuring precise delivery of breathing oxygen in medical settings and other specialized applications, for example altitude sickness prevention
• Industry gas - providing high-pressure oxygen for better combustion efficiency and product quality

Whenever used, oxygen gas boosters play a crucial role in ensuring optimal performance and safety of the systems they support.