GF Piping Systems Showcases Advanced Direct Liquid Cooling Solution at HVAC Korea 2025
As artificial intelligence and high-performance applications drive unprecedented computing demands, traditional air-cooling methods are approaching their limits. In response, GF Piping Systems introduces its advanced direct liquid cooling solutions, leveraging water’s superior heat transfer capabilities—up to 1,000 times more efficient than air. Engineered with high-performance thermoplastics, these innovative solutions enhance cooling efficiency, reduce system weight, and ensure long-term reliability while eliminating the corrosion risks associated with metal components.
“Data centers must evolve to meet escalating performance and energy-efficiency demands,” said Ben Sheppard, Director Data Centers Australasia and North Asia, GF Piping Systems. “Our innovative polymer solutions—featuring the high-performance PROGEF and SYGEF product lines—are engineered corrosion- and metal-free to deliver clean coolant safely. By integrating advanced infrared fusion technology and weld-bead inspection, we offer a system that’s safe and reliable, quick to install, and easier to maintain.”
At the booth, visitors will see SYGEF IT Rack Manifolds and TCS (Technology Cooling System) for DLC, along with examples of GF Piping Systems’ prefabricated piping solutions. These prefabricated piping systems highlight how the company’s solutions can accelerate project timelines and simplify on-site installation. Additionally, they showcase advanced jointing methods, which ensure clean joints with minimal weld beads, optimizing flow performance.
In addition to its direct liquid cooling offerings, GF Piping Systems supports traditional cooling applications with its ecoFIT (PE100) and COOL-FIT (pre-insulated PE) solutions—providing a complete suite of cooling options for diverse project needs. With a complete portfolio of polymer-based cooling solutions, GF Piping Systems enables data centers to achieve greater efficiency, reliability, and long-term performance in an increasingly demanding landscape.
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