On November 8, at the Liquid-Cooling 2-Zero Initiative Forum held in Shenzhen, NETONX (Suzhou) Fluid System Technology Co., Ltd. was awarded the Material Compatibility Compliance Certificate, jointly issued by the Global Computing Consortium (GCC), China Electronics Standardization Association, and Information & Communication Industry Intellectual Property Alliance.
As a key sub-forum of the 2025 Global Computing Conference (CGC2025), the event adopted the theme of “Summing-up Experience, Discussing Challenges, Advancing the 2-Zero Initiative into a New Phase”. It aims to build consensus across the industrial chain, address pain-points in liquid-cooling technology deployment, and jointly draw up the industry blueprint of Zero-Quality-Issue & Zero-Downtime for Data Centers.
Against the backdrop of continuously rising AI computing density and power density, insufficient compatibility between liquid-cooling working fluids and component materials has become a critical bottleneck restricting industry development. To tackle this challenge, the Global Computing Consortium, together with multiple institutions, launched the 2-Zero Initiative. It has driven cross-chain collaboration by establishing standards including Test Method for Material Compatibility of Single-Phase Cold-Plate Liquid-Cooling Working Fluid (Ethylene Glycol).
Representative of pipeline components, the EPDM seals adopted in NETONX’s liquid-cooling quick-disconnect coupling series including UQD, MQD, SFC and MDC delivered outstanding test results. Featuring stable corrosion resistance and anti-aging performance, these seals enable long-term reliable operation of liquid-cooling systems and provide vital reference for downstream customers in product selection and system integration.
Moving forward, NETONX will keep participating in subsequent standard-setting and testing activities of the 2-Zero Initiative. Together with industry partners, the company will strive for continuous improvements in reliability, energy efficiency and deployment efficiency of liquid-cooling systems.