Enhance your cooling system efficiency with this high-quality Water Cooling Head, expertly crafted from durable aluminum alloy using advanced vacuum aluminum brazing technology. Designed with an upper effluenting structure and inner flow channel extrusion, this cooling head ensures optimal fluid dynamics for superior heat dissipation. Its precision welding integrates all components into a seamless unit, providing exceptional durability and reliability for demanding cooling applications. Key Features: · Premium Aluminum Alloy Construction: Offers excellent thermal conductivity and corrosion resistance, ensuring long-lasting performance. · Advanced Upper Effluenting Structure: Optimizes fluid flow to maximize cooling efficiency and maintain stable operation. · Inner Flow Channel Extrusion: Enhances coolant circulation within the unit for improved heat transfer. · Precision Welding Integration: Components are welded into a single solid piece, increasing structural integrity and minimizing leakage risks. · Ultra-Low Leak Rate: Certified leak rate of less than 5x10⁻⁶ mbar·l/s guarantees a secure and reliable seal for critical cooling systems. · Internal Fin Thickness of 0.5mm: Provides an ideal balance between heat exchange efficiency and structural strength. · Versatile Cooling Applications: Perfectly suited for computer CPU water cooling, industrial inverter drives, laser head cooling, and industrial switchboard cooling systems. · Silver Oxide Surface Treatment: Enhances corrosion resistance and extends the lifespan of the cooling head. Specifications: · Material: Aluminum Alloy · Size: Approx. 40 x 40 x 27 mm · Processing Method: Vacuum Aluminum Brazing · Surface Treatment: Silver Oxide Package Includes: · 1 x Water Cooling Head This Water Cooling Head combines innovative design and high-quality materials to deliver efficient and reliable cooling performance for a variety of industrial and computing applications. Its precise construction and superior leak-proof design make it an essential component for maintaining optimal temperatures in critical systems.