Continental Flex Cool Jumper Hose
Continental Flex Cool Jumper Hose
Continental Flex Cool Jumper Hose
Overview:
The Continental Flex Cool Jumper Hose is designed for superior flexibility and durability in high-efficiency liquid-cooling systems used in Data Centers and precision electronic environments. Engineered to connect rack manifolds, CDUs, and equipment ports with minimal stress and maximum maneuverability, the Flex Cool Jumper provides clean, reliable coolant transfer in tight installation spaces. Its optimized construction ensures long service life, leak-free performance, and chemical compatibility with modern coolant formulations.
Key Technical Advantages:
High-Flexibility EPDM Tube: Provides smooth flow and kink resistance for compact routing through racks and enclosures.
Durable Reinforcement: Synthetic fiber or textile layers enhance pressure stability and withstand repeated movement.
Ozone- and Heat-Resistant Cover: Maintains integrity in electronics-rich, temperature-variable environments.
Wide Temperature Range: Operates from –40 °C to +125 °C (–40 °F to +257 °F).
Coolant Compatibility: Suitable for glycol-water, dielectric, and deionized coolant systems.
Compact, Lightweight Design: Reduces load on connectors and supports flexible rack-level integration.
Easy Installation: Compatible with standard quick-connect, crimp, or sanitary-clamp fittings for fast field assembly.
Data-Center Application Focus:
The Continental Flex Cool Jumper Hose provides the flexibility and reliability required for modular data-center cooling architectures. It enables smooth, vibration-resistant connections between critical components such as coolant distribution units, manifolds, and server cold plates. The hose’s reinforced, zinc-free EPDM construction ensures coolant purity and long-term chemical stability while allowing compact routing in confined mechanical layouts. With its proven performance and ease of service, the Flex Cool Jumper Hose supports uptime, energy efficiency, and operational stability in OCP-compliant liquid-cooling systems.