Aluminum6063 CNC Machined Water Cooling Plate with 2000W Thermal Dissipation for High Power Industrial Equipment

The water cooling plate is manufactured from high-purity 6061/6063 aluminum alloy, selected for its exceptional comprehensive performance. It features ultra-high thermal conductivity (180-200 W/m·K) to rapidly transfer heat generated by high-power industrial equipment, while offering advantages of lightweight construction, corrosion resistance, and high structural strength.

Compared with other metals, aluminum alloy effectively reduces overall equipment weight while ensuring optimal heat dissipation efficiency. The material exhibits excellent oxidation resistance, making it suitable for long-term use in industrial environments with dust, humidity, and other challenging factors.

Utilizing advanced brazing and precision milling technology, the water cooling plate achieves seamless connections between the aluminum alloy base and internal flow channels. The precision milling process ensures uniform micro-channel dimensions, smooth inner walls, and minimal flow resistance, maximizing the contact area between cooling water and plate body for enhanced heat exchange efficiency.

Professional brazing processes guarantee excellent sealing performance, eliminating water leakage concerns. The cooling plate withstands industrial cooling system pressures up to 1.6MPa, meeting the long-term stable operation requirements of high-power industrial equipment.

• Customizable Design: Fully customized according to your equipment's size, installation space, and heat dissipation requirements, including shape, flow channel layout, interface dimensions, and thickness for perfect fit and optimal thermal performance.
• Efficient Heat Dissipation: Optimized internal micro-channel structure combined with high thermal conductivity aluminum alloy material rapidly removes substantial heat generated by high-power industrial equipment such as frequency converters, power modules, and heavy machinery control systems, effectively reducing operating temperatures and extending service life.
• Low Flow Resistance & Energy Saving: Smooth internal flow channel design minimizes cooling water flow resistance, reduces pump load, conserves energy consumption, and ensures efficient heat exchange under low energy conditions.
• Durable & Reliable: Aluminum alloy material provides excellent corrosion and impact resistance. Surface anodizing treatment enhances wear resistance and anti-oxidation performance, adapting to harsh industrial environments including high temperature, high humidity, and dust conditions for long service life with minimal maintenance requirements.