Data Center Thermal Cooling
Data Center Thermal Cooling Solutions
Efficient and reliable thermal management is critical to keeping modern data centers running at peak performance. PRC Industrial supplies advanced hose, tubing, and power transmission solutions engineered to meet the unique challenges of liquid cooling applications, ensuring uptime, energy efficiency, and long-term reliability.
Key Benefits of PRC Industrial Cooling Solutions
High-Performance Fluid Handling: Specialized hoses and tubing designed for glycol- and petroleum-based coolants.
Durability in Demanding Environments: Materials engineered for heat, ozone, oil, and chemical resistance.
Leak-Free System Integrity: Precision fittings and quick-disconnect solutions minimize downtime and contamination.
Optimized Power Transmission: Reliable belts and drive components keep pumps, fans, and chillers running smoothly.
Featured Products for Data Center Cooling
EPDM Multipurpose Hoses – Excellent resistance to heat, ozone, and glycol-based coolants for long-term reliability.
Nitrile Multipurpose Hoses – Superior oil resistance, ideal for use with petroleum-based fluids in cooling systems.
Data Cooling Liquid Suction Hoses – Engineered to prevent kinking and collapse under vacuum conditions in return lines.
Nylon Thermal-Formed Tubing – Compact, leak-resistant solution for tight routing in dense server environments.
Thermal Electric Water Pumps – Precision coolant circulation with high efficiency and reduced downtime.
No-Spill Quick Disconnects – Allow clean, tool-free line changes without fluid loss or contamination.
Quad Power V-Belts & Polychain® Belts – Reliable, low-maintenance power transmission for pumps, chillers, and fans.
Why PRC Industrial?
By offering both fluid handling components and power transmission solutions, PRC Industrial provides a strategic advantage to data centers. Our technically compatible, application-specific products help maximize uptime, safeguard equipment, and maintain energy efficiency in mission-critical cooling systems.
