With the exponential growth of large language models (LLMs) and AI training workloads, single-rack power density has surpassed 200 kW. As traditional air cooling reaches its thermal limits, full liquid cooling has become imperative for supercomputing centers and AI compute clusters. The reliability of these liquid cooling systems hinges not on primary chillers, but on the fluid transfer lines connecting cold plates, CDUs, and manifolds. Any leakage or aging-induced cracking in these lines can trigger immediate server downtime, resulting in substantial losses in computational capacity.

To address this challenge, Medicom has specifically developed ultra-thin-wall seamless coolant tubing for AI liquid cooling, available in both coiled and straight configurations. Nominal diameters range from DN4 to DN20 (DN4, DN6, DN8, DN10, DN12, DN20), with wall thickness options of 0.1 mm, 0.12 mm, 0.15 mm, 0.18 mm,and 0.25 mm. Comprehensive in-house testing validates superior performance across all metrics.

Tailored for fluid transport in AI data center liquid cooling, this product overcomes industry pain points associated with traditional welded tubing, such as leakage risks and high ion leaching. Its core advantages include seamless monolithic construction, ultra-low ionic leaching, high-pressure and vibration resistance, and extended maintenance-free service life. Fully benchmarked against international tubing standards, it fills a critical gap in China’s domestic supply chain for high-end seamless corrugated tubing in AI liquid cooling applications, empowering next-generation AI infrastructure.

A premium stainless steel seamless corrugated tube effectively resolves four major challenges in liquid cooling systems: leakage, vibration, aging, and deformation. It delivers safe, stable, and long-term fluid cooling assurance for AI model training and high-density computing clusters.

As a Medicom team with 20 years of manufacturing and processing expertise in the stainless steel industry, our company also supports non-standard customization.We tailor materials, pipe diameters, lengths, and wall thicknesses to seamlessly integrate with mainstream cold plates, manifolds, and CDUs.