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An important breakthrough in the field of cooling computing power! Haida Hydraulic has officially presented a solution for liquid cooling systems.
2026-06-08
With the rapid development of large-scale artificial intelligence models and edge computing technologies, the density of computing power in data centers around the world continues to grow exponentially. Industry problems such as the widespread introduction of high-load racks (with a power of more than 30 kW), equipment shutdown due to overheating and difficulties in optimizing the PUE indicator are becoming increasingly acute; As a result, traditional air cooling methods no longer meet the stability requirements of ultra-high computing power systems and are gradually losing their status as the main solution.
As the industry transforms, liquid cooling technology has evolved from an optional feature to an integral solution for high-performance computing systems, with benefits such as high efficiency, energy savings and thermal stability. For data centers around the world, it has become a key tool for reducing costs and energy consumption, unlocking maximum computing power and moving toward low-carbon, sustainable development.
Building on its experience in advanced fluid handling systems, Haida Hydraulics has introduced a complete solution - a liquid cooling piping system. Through comprehensive technological innovation, the company ensures efficient heat dissipation and stable operation of the global computing infrastructure.
Key Product Benefits
1. Highly efficient liquid cooling piping for stable and comprehensive heat dissipation
The pipelines are designed to operate in an ultra-wide temperature range (from -40°C to +120°C) and have the highest class fire safety certificate SGS UL94 V-0. Providing cooling performance far superior to traditional air-cooling systems, they are ideal for the continuous cooling needs of high-power server cabinets without the risk of system shutdown due to overheating.
2. Standardized quick release connections for efficient operation and easy maintenance
The system is equipped with quick-disconnect couplings of the OCP UQD (Universal Quick Disconnect) standard with a function to prevent leaks when undocking (dry-break), which guarantees tightness and the absence of liquid drops. They withstand thousands of connection and disconnection cycles, ensuring stable and reliable operation for a long time. Installation and disassembly can be accomplished in seconds with one hand, greatly simplifying operation and maintenance processes in data centers and effectively reducing labor and service costs.
3. High quality sealing materials, providing long-lasting resistance to corrosion and aging
Thanks to the use of high-quality EPDM seals, compatible with all common types of refrigerants, the system is extremely resistant to corrosion and aging. This helps prevent leaks and failures caused by material degradation and significantly extends the overall life of the liquid cooling system.
4. Modular and flexible design for quick adaptation to any operating conditions
The solution features flexible piping and a modular, integrated design that allows for rapid installation and flexible capacity expansion. It is suitable for a wide range of applications - from supercomputer centers and large server rooms to edge computing equipment - allowing you to effectively reduce energy consumption while strictly controlling project costs.
In this era of computing technology, the thermal management revolution is in full swing, marking a turning point for the liquid cooling industry. Haida Hydraulics intends to further deepen its competencies in the field of fluid transport and intelligent thermal management systems. Through technological innovation and proprietary solutions for liquid cooling piping systems, the company strives to provide precise answers to industry challenges such as high operating temperatures, excess power consumption and maintenance complexity in data centers, thereby facilitating the global computing industry's transition to efficient, green and intelligent technologies.
