OCP Elastomer Sanitary Gaskets for Data Centers
Overview:
OCP Elastomer Sanitary Gaskets are precision-molded seals engineered for high-purity liquid-cooling systems in mission-critical Data Centers. Designed to meet Open Compute Project (OCP) and CFIA sanitary standards, these gaskets provide contamination-free sealing for Tri-Clamp and sanitary flange connections. Their peroxide-cured, zinc-free construction ensures exceptional cleanliness, chemical compatibility, and long-term sealing integrity under continuous operation.
Key Technical Advantages:
Peroxide-Cured, Zinc-Free Formulation: Eliminates extractables and metallic contamination for coolant purity and dielectric compatibility.
CFIA-Compliant Sanitary Design: Smooth, crevice-free sealing surfaces support clean-in-place (CIP) and sterilize-in-place (SIP) maintenance procedures.
High-Purity Materials: Available in EPDM, FKM, and silicone compounds optimized for glycol-water, deionized, and dielectric coolants.
Excellent Compression Set Resistance: Maintains uniform sealing pressure through thermal expansion and pressure fluctuations.
Broad Temperature Range: Reliable performance from –40 °C to +200 °C (–40 °F to +392 °F), depending on elastomer type.
Ozone and Aging Resistance: Withstands exposure to electronic heat and ozone without hardening or cracking.
Custom Sizes and Profiles: Compatible with standard Tri-Clamp, sanitary flange, and OCP modular cooling connections.
Data-Center Application Focus:
OCP Elastomer Sanitary Gaskets ensure leak-free, contamination-resistant sealing in high-performance Data Center cooling networks. Commonly used in CDUs, rack manifolds, and quick-connect sanitary assemblies, these gaskets maintain coolant purity and consistent pressure in closed-loop systems. Their peroxide-cured, CFIA-compliant design supports the cleanliness, safety, and reliability required for next-generation, OCP-aligned liquid-cooling infrastructures. Durable, flexible, and maintenance-friendly, these sanitary gaskets deliver dependable sealing performance that protects uptime, system integrity, and energy efficiency in critical cooling environments.