Parameter / Process |
Specification & Technical Highlights |
Customer Benefits / Value |
Material |
Grade 316L Stainless Steel (CF3M / 1.4404 Ultra-Low Carbon) |
Provides supreme resistance against pitting and micro-corrosion, guaranteeing zero fluid contamination or coolant degradation over long-term data center lifespans. |
Application Scenario |
Computer Computing Center Cooling System / AI Server Fluid Networks / Liquid Cooling Loops |
Specifically engineered to manage chilled water or dielectric fluid distribution in high-density HPC (High-Performance Computing) infrastructures. |
Unit Weight |
4.09 kg (Large-Scale Precision Framework) |
A robust, structurally optimized chassis built to withstand sustained system pressure and complex hydraulic dynamics. |
Thermal Design |
Multi-Gating System for Multi-Hot-Spot Defense |
Engineered runner balances counteract thermal concentrations at thick joints, guaranteeing a 100% solid casting free of shrinkage cavities. |
Shape Control |
Proprietary Post-Cast Tooling for Shape Correction |
Neutralizes the natural solidification warping of 316L alloys, locking in critical dimensions for seamless secondary operations. |
Machining Prep |
Engineered for Numerous Machining Locations |
Perfect dimensional stability allows precise CNC milling, tapping, and boring across dozens of interfacing surfaces. |
Casting Tolerance |
ISO 8062 (GB/T6414) CT6 Grade |
Superior near-net-shape accuracy simplifies immediate automated machining fixtures setups and limits material waste. |
Data center leaks can lead to catastrophic hardware destruction; therefore, our inspection protocols enforce structural perfection: