OCP Elastomer Gaskets & Seals
OCP Elastomer Gaskets & Seals
Overview:
OCP-standard elastomer gaskets and seals are designed to provide leak-free performance, chemical compatibility, and long-term reliability in advanced liquid-cooling systems. Developed to meet Open Compute Project (OCP) mechanical and thermal-interface standards, these components ensure coolant containment and system integrity across data-center manifolds, pumps, and coupling assemblies. Each gasket or seal is formulated for low extractables and high resistance to thermal cycling, supporting the cleanliness and uptime demanded in mission-critical environments.
Key Technical Advantages:
Peroxide-Cured, Zinc-Free Elastomers: Enhanced cross-link stability prevents leaching and coolant contamination over time.
Coolant Compatibility: Suitable for glycol-water, dielectric, and deionized coolants used in direct-to-chip and immersion-cooling systems.
Wide Operating Range: Performs reliably from –40 °C to +200 °C (–40 °F to +392 °F) depending on compound selection (EPDM, FKM, or silicone).
Low Compression Set: Maintains sealing pressure during prolonged exposure to temperature and pressure cycling.
CFIA-Compliant Materials: Smooth, non-porous sealing surfaces minimize microbial growth and particulate release.
Custom Profiles and Sizes: Available in O-rings, flange gaskets, and formed seals for manifolds, CDUs, and coupling interfaces.
Easy Serviceability: Designed for quick replacement during preventive maintenance without adhesive or special tools.
Data-Center Application Focus:
OCP Elastomer Gaskets & Seals are essential for maintaining the cleanliness and reliability of modern data-center liquid-cooling systems. Installed in sanitary couplings, heat-exchanger flanges, and manifold assemblies, they prevent leaks, preserve coolant purity, and extend component life. Their peroxide-cured, zinc-free formulation aligns with OCP and CFIA requirements for contamination-free operation, ensuring compatibility with high-efficiency, closed-loop cooling networks. Durable, flexible, and thermally stable, these gaskets and seals provide the critical interface protection required to support continuous uptime and optimized Power Usage Effectiveness (PUE) in next-generation data-center environments.
