1. Material and Craftsmanship

• Core material : Made from industrial-grade 304/316L stainless steel, it exhibits excellent resistance to corrosion by coolant (water/glycol solutions), can withstand pressure surges in liquid‑cooling systems, and is suitable for long‑term cyclic operating conditions, while also meeting equipment requirements for cleanliness and low impurity leaching.
• Processing technology : Manufactured in a single step using high-precision CNC turning, with strict control over the coaxiality and perpendicularity of the end interfaces, the body, and the transition surfaces. The external thread precision meets standard tolerance requirements, the insertion‑tube section features a highly polished surface, and the sealing face is finely ground to ensure tight contact with the sealing ring and piping, achieving zero leakage under high pressure. The surface undergoes passivation treatment to enhance corrosion resistance and surface finish, minimizing fluid residue.

2. Structural and Functional Analysis

• Overall structure The part features an L-shaped right-angle structure, with a blocky body that has flat surfaces; the interfaces at both ends are arranged at a 90° perpendicular angle.

• Core Features As a right-angle adapter for liquid‑cooling systems, it enables 90° pipe routing to accommodate complex internal layouts. Its dual‑port design allows simultaneous connections at both the equipment side and the tubing side, while its sealing structure prevents pipe loosening and leakage under high‑pressure and vibration conditions, thereby enhancing the operational stability of the liquid‑cooling system.

3. Features and Application Scenarios

• Spatial adaptability : The 90° right-angle design is specifically engineered for tight installation spaces, allowing flexible adjustment of piping routes to address space constraints within equipment and seamlessly integrating with compact liquid‑cooling systems.
• Sealing and Pressure-Resistance Performance : Precision‑machined threads, insertion‑tube sections, and sealing grooves, in conjunction with sealing rings, achieve an ingress protection rating of IP65 or higher, withstand the typical operating pressures of liquid‑cooling systems, and prevent equipment failures caused by coolant leakage.
• Durability and Environmental Adaptability Stainless steel’s excellent corrosion resistance and high hardness enable it to withstand fluid erosion, temperature fluctuations, and mechanical vibrations under long-term cyclic operating conditions. It is resistant to rust and deformation, thereby extending the service life of fittings and reducing equipment maintenance costs.
• Application areas It is widely used in liquid‑cooling thermal management systems for industrial robots, servo motors, new‑energy battery packs, data center servers, and energy‑storage devices, serving as a core foundational component for fluid transport and pipeline routing.