OCP Elastomer Flange Gaskets for Data Centers
Overview:
OCP Elastomer Flange Gaskets are precision-molded sealing components designed for use in high-purity liquid-cooling and process-fluid systems. Engineered to meet Open Compute Project (OCP) standards for contamination-free performance and serviceability, these gaskets provide reliable sealing between flanged connections in coolant distribution units (CDUs), manifolds, and process piping. Their peroxide-cured, zinc-free formulation ensures excellent chemical stability, coolant compatibility, and long-term resilience under continuous operation.
Key Technical Advantages:
Peroxide-Cured, Zinc-Free Elastomer: Eliminates extractables and metallic contamination for superior coolant cleanliness.
Optimized Compression Recovery: Maintains consistent sealing pressure under repeated thermal cycling and pressure variation.
Material Options: Available in EPDM, FKM, and silicone compounds to suit glycol-water, dielectric, and deionized coolant systems.
CFIA-Compliant Surfaces: Smooth, crevice-free sealing geometry supports sanitary, easy-to-clean installations.
Wide Operating Range: Suitable for –40 °C to +200 °C (–40 °F to +392 °F) depending on compound selection.
Custom Sizing and Profiles: Designed to fit ANSI, DIN, and sanitary flange standards, including flat-face and raised-face configurations.
Durability: Resistant to ozone, aging, and chemical attack for long service life in high-duty applications.
Data-Center Application Focus:
OCP Elastomer Flange Gaskets provide leak-free sealing for mission-critical Data Center liquid-cooling networks, ensuring coolant integrity and mechanical stability across manifold and CDU connections. Their contamination-resistant, peroxide-cured elastomers prevent fluid degradation and particulate release in closed-loop systems. With customizable materials, CFIA-compliant cleanliness, and consistent compression recovery, these flange gaskets deliver reliable, long-term sealing performance in OCP-compliant Data Center cooling infrastructures focused on uptime, efficiency, and purity.