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2026/08/03Clicks：6
The rapid expansion of artificial intelligence (AI), high-performance computing (HPC), and cloud data centers is driving the demand for more efficient thermal management solutions. As server power density continues to increase, liquid cooling systems are becoming essential for maintaining stable operating temperatures and improving energy efficiency.
In modern liquid cooling infrastructure, hose performance directly affects system reliability. Cooling hoses must provide excellent flexibility, chemical compatibility, fire resistance, and long-term durability while operating continuously in demanding environments.
The LCH-SDS ultra-flexible fire resistant EPDM hose is specially designed for data center and semiconductor liquid cooling systems, combining high-purity EPDM materials, spiral wire reinforcement, and corrugated outer design to achieve superior flexibility and reliable coolant transfer performance.
Liquid cooling systems are often installed in compact environments such as server racks, cooling distribution units (CDUs), and equipment cabinets. Limited installation space requires hoses that can be routed easily while maintaining pressure performance and service reliability.
Traditional rubber hoses may have limitations in tight installation areas due to larger bending radius and reduced flexibility.
A high-performance liquid cooling hose should provide:
LCH-SDS is engineered for space-limited liquid cooling applications, providing enhanced bending performance through its corrugated outer structure while maintaining reliable mechanical strength.
The inner tube of LCH-SDS is manufactured from black smooth anti-static peroxide-cured high-purity EPDM synthetic rubber.
EPDM provides excellent resistance to many water-based cooling fluids and offers stable performance during long-term operation.
The high-purity inner layer helps minimize:
The smooth inner surface supports stable coolant flow and helps maintain system cleanliness.
Safety is a major concern in modern data centers and semiconductor manufacturing environments.
LCH-SDS uses a high-purity fire-resistant peroxide-cured EPDM outer cover with UL94-V0 flame resistance performance.
The fire-resistant design provides additional protection for applications including:
The key feature of LCH-SDS is its enhanced flexibility.
The specially designed corrugated outer surface improves bending capability and allows easier routing in complex installation environments.
Compared with conventional smooth-cover hoses, LCH-SDS provides:
This makes it especially suitable for liquid cooling systems where hoses must be installed around dense server layouts and compact equipment structures.
LCH-SDS incorporates an internal spiral steel wire structure combined with polyester fiber or customized aramid yarn reinforcement.
The reinforced construction improves:
This design ensures reliable operation under continuous liquid cooling conditions.
Coolant stability is essential for efficient liquid cooling operation.
LCH-SDS provides improved gas tightness compared with standard rubber hoses, helping reduce coolant permeation and fluid loss during long-term use.
Benefits include:
The LCH-SDS hose features a multi-layer reinforced structure designed for demanding liquid cooling environments.
Material:
Black smooth anti-static peroxide-cured high-purity EPDM synthetic rubber.
Functions:
Structure:
Polyester fiber or customized aramid yarn reinforcement with embedded spiral steel wire.
Functions:
Material:
High-purity fire-resistant peroxide-cured EPDM synthetic rubber.
Features:
| Item | Specification |
|---|---|
| Product Name | Ultra-Flexible Fire Resistant Rubber Hose for Data Center Liquid Cooling |
| Model | LCH-SDS |
| Inner Tube Material | High Purity EPDM |
| Reinforcement | Polyester Fiber / Aramid Yarn + Spiral Steel Wire |
| Working Pressure | 10-16 Bar |
| Safety Factor | 4:1 |
| Working Temperature | -40°C to +100°C |
| Fire Rating | UL94-V0 |
| Surface Design | Corrugated Fabric Cover |
| Available Colors | Black / Red / Blue |
| Environmental Compliance | RoHS, REACH |
| Model | ID | OD | Minimum Bend Radius | Working Pressure | Burst Pressure | Coil Length |
|---|---|---|---|---|---|---|
| LCH032-SDS | 32 mm | 42 mm | 45 mm | 1.0 MPa | 4.0 MPa | 30/60 m |
| LCH038-SDS | 38 mm | 49.5 mm | 55 mm | 1.0 MPa | 4.0 MPa | 30/60 m |
| LCH051-SDS | 51 mm | 61 mm | 76 mm | 1.0 MPa | 4.0 MPa | 30/60 m |
| LCH076-SDS | 76 mm | 87.5 mm | 76 mm | 1.0 MPa | 4.0 MPa | 30/60 m |
| LCH0102-SDS | 102 mm | 113 mm | 102 mm | 1.0 MPa | 4.0 MPa | 30/60 m |
LCH-SDS is suitable for many commonly used liquid cooling media, including:
For specific applications, coolant compatibility should be evaluated based on the actual fluid formulation and operating conditions.
LCH-SDS is designed for:
Its flexible design helps simplify installation in complex server environments.
Semiconductor manufacturing equipment requires stable temperature control and reliable fluid circulation.
LCH-SDS provides a flexible and durable cooling connection solution for semiconductor process equipment.
Suitable applications include:
Selecting the correct hose is important for maintaining long-term cooling system performance.
The hose material must be compatible with the selected coolant to prevent contamination and premature aging.
For compact server racks and equipment layouts, flexible hoses with smaller bending radius can significantly simplify installation.
Critical facilities such as data centers and semiconductor plants require materials with reliable fire performance.
Continuous operation requires hoses with stable pressure performance, low permeability, and excellent durability.
LCH-SDS is designed for data center liquid cooling systems, AI server cooling applications, semiconductor equipment cooling, and other high-performance thermal management systems.
LCH-SDS features a corrugated outer structure that provides superior flexibility and a smaller bending radius, making it easier to install in limited spaces.
LCH-SDS can be used with purified water, DI water, glycol-based coolants, and commonly used fluorinated cooling fluids.
Yes. The hose uses a UL94-V0 fire-resistant EPDM outer cover designed for high-safety environments.
As AI computing and high-density data centers continue to grow, liquid cooling systems require components that provide both performance and installation flexibility.
CJan Fluid Technology Co., Ltd. developed the LCH-SDS ultra-flexible fire resistant EPDM hose to meet the demanding requirements of modern liquid cooling applications. Combining high-purity EPDM materials, UL94-V0 fire resistance, spiral wire reinforcement, and corrugated flexible design, LCH-SDS provides a reliable coolant transfer solution for data centers, semiconductor equipment, and advanced cooling systems.
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