Data Center Cooling

Cooling Simplified

At FCH, we understand the importance of efficient data center cooling. Our Data Center Cooling (DCC) solutions include high-quality coolant hoses, durable stainless-steel components, and custom fabrication services tailored for data centers. Our “ICE” hoses ensure reliable fluid transfer under high pressure and temperature, while our stainless-steel fittings provide leak-proof connections for demanding applications.

We collaborate with engineers to design custom components that meet unique specifications for optimal performance in high-performance computing, cloud services, and AI applications. With a commitment to innovation and quality, we offer a comprehensive range of liquid cooling solutions designed for performance and sustainability. It’s Cooling Simplified™.

Full-Range Provider of Custom Liquid Cooling Components

  1. Tailored Solutions for Diverse Applications
    From hyperscale data centers to colocation facilities, our products cater to a wide array of applications. Whether you are an OEM, contractor, or an end-user, our flexible solutions are designed to meet your specific needs, especially for liquid cooling systems including rear door heat exchangers, direct-to-chip and immersion designs.
  2. Expertise You Can Trust
    With a dedicated team of professionals specializing in sanitary flow control component applications for data centers, FCH leverages deep industry knowledge to provide you with customized solutions from stainless steel fittings, valves, and strainers to CDU manifolds and secondary fluid network components. Our established credibility in the data cooling space ensures you receive the best service and support.

Our Product Portfolio

  • Custom Stainless Steel Fabrication for CDUs and Secondary Fluid Networks for Data Centers: We offer tailored stainless steel fabrications that integrate seamlessly into your specified designs. Our custom fabrications are designed to meet the specific requirements of your cooling system, promising optimal performance and compatibility.
  • Stainless Steel Components for Liquid Data Cooling Systems: Our high-quality stainless-steel fittings are engineered for durability and reliability–essential for ensuring leak-proof connections in liquid cooling systems. Their hygienic properties, corrosion resistance, and strength make them ideal for various applications, including those demanding high purity and sanitation standards.
  • Specialized Sanitary Hose Assemblies: Our made-to-order hose assemblies are all about flexibility and efficiency. They ensure smooth fluid transfer in your cooling system, thanks to their construction from high-performance materials and sanitary couplings. Designed to handle high pressure and temperature changes, these assemblies maintain consistent cooling performance.

Revolutionizing Data Center Cooling Solutions

As the demand for data center capacity continues to surge, driven by AI and cloud technologies, FCH is at the forefront of innovation. Our liquid cooling components are not just a choice; they are a necessity for any facility that aims to stay competitive in the evolving market.

Discover how our DCC offerings can transform your data center cooling needs. Visit our dedicated websites to learn more about our products and services.

The range of Ace Sanitary Flex-Rite ICE™ Coolant Hoses are exclusively designed to meet the stringent cooling demands of modern data centers. With a variety of material options, including peroxide-cured EPDM, PTFE and silicone, in addition multiple stainless steel coupling options, these hoses deliver exceptional durability, flexibility, and long-term reliability in fluid transfer.

Steel & O’Brien has 35 years of expertise in machining, fabricating, welding, and polishing stainless steel that is enhanced by our in-house engineering resources for customer specified designs, including CDU components and manifolds used in liquid cooling systems. Our extensive custom machining and fabrication capabilities allow us to create tailored solutions to meet your needs.