Electric & Electronics
Vena®Thermic Core
Excellent chemical compatibility
Vena® Thermic Core is a flame-retardant hose specifically designed for secondary cooling circuits in data centers. Manufactured from a hybrid elastomer based on an EPDM composite compound, its reinforced construction provides excellent mechanical stability, flexibility and resistance to thermal cycling. It ensures reliable coolant distribution between Coolant Distribution Units (CDUs) and server racks, maintaining consistent flow and long-term performance in demanding liquid cooling applications.
- Material
- Flame-retardant hybrid elastomer based on an EPDM composite compound
- Temperature
- 50°C (-58°F) to +130°C (266°F), with short-term peaks up to +150°C (302°F) Open TD to check a working temperature against the range.
- Quality
-
- Certified UL 94 V-0 for flame-retardant performance.
- Working and bursting pressures specified according to ISO 1402.
- Excellent resistance to thermal aging and oxidizing agents (oxygen, ozone and UV).
- Manufacturing Length
- Standard straight lengths from 1 to 4 m
Properties
From the outside in
- Applications
-
Vena® Thermic Core is specifically engineered for secondary liquid cooling loops in high-density data centers and High-Performance Computing (HPC) environments.
Its robust construction and excellent flexibility make it particularly suitable for connecting CDUs to server racks and distributing coolant throughout critical cooling circuits. The hose offers excellent compatibility with dielectric fluids and inhibited glycols, supporting efficient thermal management and reliable operation in demanding IT infrastructures.
Check a working temperature
150°C
Within rangeContinuous service
- Quality
-
- Certified UL 94 V-0 for flame-retardant performance.
- Working and bursting pressures specified according to ISO 1402.
- Excellent resistance to thermal aging and oxidizing agents (oxygen, ozone and UV).
- Temperature
- 50°C (-58°F) to +130°C (266°F), with short-term peaks up to +150°C (302°F)
- Reference
- DO 03.10 FT 386 Rev 00 VENA THERMIC CORE - 08-04-2026 Rev.pdf
