News Detail

 

Modern data center fire and electrical safety standards are constantly being upgraded. As a fluid network running through the entire server rack, the performance of every component in the liquid cooling system must meet the highest safety standards of the data center. Ordinary hoses often only meet basic fluid transport needs, failing high-voltage insulation tests and not meeting industry-mandated flame retardant ratings. Once deployed on a large scale for commercial use, they may fail to pass data center safety compliance inspections, creating unnecessary obstacles to project implementation. Insulated and flame-retardant server liquid cooling hoses are specialized fluid components developed specifically according to the highest data center safety standards.

 

Synergistic Optimization of Multi-Dimensional Performance

 

These hoses undergo synergistic design for insulation and flame retardancy during the material formulation stage, without sacrificing other core indicators to improve one performance aspect. Their insulation layer structure is specially reinforced, maintaining stable insulation resistance even after prolonged immersion in coolant or accidental surface contamination with a small amount of coolant, preventing rapid attenuation of insulation performance. Simultaneously, their flame-retardant system does not release corrosive fumes, preventing the production of large amounts of toxic and harmful gases in the event of a fire, avoiding additional burden on the data center's fire exhaust system and preventing corrosion of surrounding server precision electronic components. Reliability Verification Under Extreme Operating Conditions

 

Before formal deployment, these hoses undergo multiple safety tests far exceeding actual operating conditions: high-voltage breakdown tests, open flame combustion tests, and flame retardant retesting after high-temperature aging, among other stringent procedures, to ensure that their insulation and flame retardant performance remain above safety thresholds even after long-term operation and natural material aging. This life-cycle performance stability ensures that in 24/7 uninterrupted data centers, their safety performance will not decline with age, providing stable dual safety protection for liquid cooling systems in the long term.