Automation Solutions That Stay Cool Under Pressure

Automation Solutions That Stay Cool Under Pressure 

Our automation and pneumatic systems prevent shutdowns and maximize uptime, even in extreme conditions. With durable components and efficient air systems, we’ll keep your operations running smoothly. Contact us for a free assessment!

With innovative products from CPC / Colder, Exlar, Gast, Haskel, and Parker, your systems can stay reliable and efficient even in extreme temperatures.

Cool Connections with CPC / Colder

CPC’s quick disconnects for refrigerant and fluid systems play a critical role in heat management. Their secure, leak-free connections help regulate temperatures in cooling applications, keeping heat-sensitive equipment running smoothly.

Exlar – Precision in the Heat

Exlar’s electric actuators are built to withstand extreme conditions while delivering precise motion control. By reducing reliance on pneumatic systems prone to heat sensitivity, Exlar actuators ensure uptime in high-temperature environments like manufacturing and packaging.

Gast – Power Without Overheating

Gast’s rotary vane and air motors excel in hot climates, providing dependable power for cooling and ventilation systems. Their robust design prevents overheating, making them ideal for maintaining productivity during heat waves.

Haskel - Pressure Under Control

Haskel’s high-pressure pumps and boosters are designed to maintain consistent performance, even when heat causes pressure fluctuations. From gas compression to fluid transfer, Haskel solutions are built to keep your operations steady and reliable.

Parker’s Comprehensive Heat-Resistant Solutions:

  • Parker EM / SSD – Advanced drives and controllers with thermal management features optimize motor performance and prevent overheating.
  • Parker Pneumatic – Valves, cylinders, and air preparation systems are engineered for heat tolerance, ensuring efficient compressed air delivery free from moisture and contaminants.
  • Parker Transair – Lightweight aluminum piping systems dissipate heat more effectively than steel or copper, maintaining optimal compressed air flow in high-temperature environments.

Learn more! Contact us today!