FSW Process Liquid Cooling Plate Produced By Winshare Thermal

FSW Process Liquid Cooling Plate, produced by Winshare Thermal, utilizes friction stir welding technology to overcome technical bottlenecks in joining multiple materials for high-aspect-ratio ultra-wide products. This advanced manufacturing method offers lower tooling costs, shorter cycle times, and higher stability compared to traditional methods.

Based on extensive R&D data accumulated over time, UCHI has developed several standard materials and continuously enhances its material database to provide clients with optimal joint solutions. Friction welding is typically accomplished through four key steps that ensure superior performance and reliability.

In power electronic control, conversion, drive, signal transmission, and new energy fields including new energy vehicle power battery heat dissipation, UPS and energy storage system heat dissipation, large server heat dissipation, large photovoltaic inverter heat dissipation, and SVG/SVC heat dissipation, liquid cooling technology has become the preferred thermal management method. This technology enables high-efficiency, low-noise, low-temperature operation even in space-constrained environments where heat dissipation traditionally limits product development.

Learn more about our friction stir welding liquid cooling plate solutions.

Winshare's thermal design and thermal management engineers possess extensive experience in water cooling system R&D and water cold plate process production. We provide comprehensive liquid cooling solutions including free thermal design, structural design, water channel connection design, and water cooling system assembly design services.

Our double tube inlet-outlet cold plates are specifically designed for laser machines, providing efficient thermal management for demanding applications.

In today's compact designs with increasing power densities, cold plates meet demanding contact cooling requirements across diverse applications including high-powered electronics, power generation, medical equipment, aerospace, and lasers. When air-cooled heat sinks prove inadequate for high watt densities, liquid-cooled cold plates provide the ideal high-performance heat transfer solution.

Yuanyang leads cold plate innovation with three distinct cold plate technologies, full custom design and build capabilities, and over 15 standard product lines to solve your thermal challenges.

For mission-critical power electronics cooling where higher power and more compact packages make liquid cooling essential, we partner with OEMs to supply custom cold plates. Our portfolio includes vacuum-brazed and Friction Stir Welded (FSW) performance-fin cold plates and chassis, flat tube cold plates, and tubed cold plates.

We specialize in designing and manufacturing new product optical fiber water cold plates for double fiber laser equipment applications.

Our heat sinks and water cold plates serve numerous industries including transportation, CPU computers, servers, LED lighting, laser equipment, air conditioning, and any electrical products that generate heat. Our diverse product range likely includes solutions that meet your specific thermal management requirements.

All heat sinks, water cold plates, and heat pipes are securely packaged in EPE foam within cartons. For added protection, cartons are reinforced with wooden frames and wrapped in waterproof transparent film. Larger heat sinks or water cooling plates may utilize wooden cartons with thick EPE foam providing comprehensive protection against internal and external impact.

• Quick response to all inquiries
• Guaranteed product quality with reasonable, competitive pricing
• Efficient production arrangements ensuring timely delivery