Data Center Thermo Cooling
Data Center Thermal Cooling Fluid Handling and Sealing Solutions
The data center cooling systems industry depends on highly specialized components that deliver reliable performance, energy efficiency, and minimal downtime in mission-critical environments. Hanna Rubber provides precision-engineered equipment and products including hose assemblies, sealing solutions, and support services designed to ensure consistent cooling and long-term system reliability.
High-Performance Hose Solutions
EPDM and nitrile multipurpose hoses are essential for fluid transfer in modern cooling systems. EPDM hoses offer superior resistance to heat, ozone, and glycol-based coolants, while nitrile hoses provide excellent oil resistance for systems utilizing petroleum-based fluids. Each hose is manufactured to strict industry specifications for pressure stability, flexibility, and durability under continuous operation.
Data cooling liquid suction hoses are used in return lines to prevent kinking and collapse under vacuum, while nylon thermal-formed tubing provides a compact, leak-resistant routing option within densely packed server environments. Together, these components maintain efficient coolant flow and protect critical infrastructure from overheating.
Complementary Mechanical Components
Thermal electric water pumps ensure precise coolant circulation and are often paired with no-spill quick disconnects for clean, tool-free maintenance without contamination risk. On the mechanical side, quad power V-belts and Polychain belts deliver dependable power transmission for pumps, chillers, and fans, optimizing performance in compact, high-efficiency systems.
Data Center Cooling Solutions Product Scope:
The complete range of Data Center cooling system products, equipment and components represents a unified, high-performance approach to liquid-cooling data center system design.
OCP Standard Hoses: Peroxide-cured, zinc-free EPDM and silicone hoses provide flexibility, chemical resistance, and fluid cleanliness for direct-to-chip and rack-level cooling systems.
Metal Hoses & Expansion Joints: Stainless steel assemblies absorb thermal movement, vibration, and pressure fluctuations while ensuring leak-free reliability.
Industrial & Sanitary Couplings: Quick-connect, flat-face, and sanitary-style couplings enable modular, spill-free connections for coolant circuits, supporting safe, tool-free serviceability.
Valves & Pumps: Stainless steel and sanitary valves, along with high-efficiency pump systems, offer precision flow control and dependable operation across cooling loops and distribution networks.
Gaskets & Seals: OCP elastomer and metal gasket solutions maintain fluid integrity, chemical stability, and leak-free performance in high-purity and dielectric environments.
Filters & Instrumentation: Stainless steel filters, instrumentation fittings, and control valves protect sensitive components while ensuring stable coolant quality and monitoring accuracy.
Energy Savings Products: Advanced belt and drive technologies, such as the Gates Quad-Power™ 4 and Poly Chain® GT Carbon™ systems, deliver reduced energy loss and extended service life for compressors and chillers.
Electric Water Pumps: Custom electric pump solutions provide precision coolant flow control with modular power platforms for efficient rack and CDU circulation.
Pipe Fittings & Connectors: Stainless and grooved fittings ensure structural strength, corrosion resistance, and serviceable connectivity across chilled-water and liquid-cooling networks.
Sound Dampening & Vibration Control: Acoustic foams, vibration pads, and isolation mounts reduce mechanical noise and extend equipment life in critical cooling spaces.
Cleanliness & Protection Products: Hose-cleaning tools, ultraclean plugs, and protective caps preserve system integrity during fabrication, shipping, and maintenance operations.
Data Cooling Center Performance Advantages:
Contamination-Free Operation: All materials are engineered for coolant purity and low extractables, supporting dielectric and deionized cooling fluids.
Thermal and Mechanical Stability: Components are designed to withstand continuous thermal cycling, vibration, and high operating pressures.
CFIA-Compliant Design: Sanitary and smooth-surface components meet cleanability and fluid-purity standards for advanced cooling applications.
Energy and Efficiency Focus: Optimized flow paths and high-efficiency drive systems reduce energy consumption and improve overall PUE.
Scalable and Modular Integration: OCP-compliant designs enable interoperability and flexibility for both new builds and retrofit systems.
Reliability and Uptime: Every component, from hoses and fittings to valves and expansion joints—is built for long service life and ease of maintenance in 24/7 operational environments.
