Liquid Cooling Plate

Compact And Thin Liquid-Cooled Plate Water Cooling Distro Plate Heat dissipation plays a pivotal role in the development of the digital economy. As the physical cornerstone of digital infrastructure and an indispensable key link in the computing power industry chain, thermal management technology strongly underpins various digital scenarios—from national-level data centers, artificial intelligence computing clusters and supercomputing centers down to personal computers,

Liquid Cooling Block Heat Sink Electronic Water-Cooled Plate Heat dissipation plays a pivotal role in the development of the digital economy. As the physical cornerstone of digital infrastructure and an indispensable key link in the computing power industry chain, thermal management technology strongly underpins various digital scenarios—from national-level data centers, artificial intelligence computing clusters and supercomputing centers down to personal computers,

Custom Pure Copper Heat Sink for CPU Water Cooler Cold Plate Liquid Cooling Heat dissipation plays a pivotal role in the development of the digital economy. As the physical cornerstone of digital infrastructure and an indispensable key link in the computing power industry chain, thermal management technology strongly underpins various digital scenarios—from national-level data centers, artificial intelligence computing clusters and supercomputing centers down to personal

Custom CNC Machined Anodized Copper Cold Plates Heat dissipation plays a pivotal role in digital economy development. As the physical cornerstone of digital infrastructure and essential component in the computing power industry chain, thermal management technology supports various digital applications—from national data centers and AI computing clusters to personal computers, smartphones, and IoT devices—ensuring robust operation and sustained growth of the digital economy.

CNC Machined Copper Fin Heat Sink For Server Cold Plate Cooling Heat dissipation plays a pivotal role in the development of the digital economy. As the physical cornerstone of digital infrastructure and an indispensable key link in the computing power industry chain, thermal management technology strongly underpins various digital scenarios—from national-level data centers, artificial intelligence computing clusters and supercomputing centers down to personal computers,

Cold Plate Cooling Technology for Laser Water-Cooling Systems Advanced thermal management solution featuring C1100 pure copper heat sinks for superior heat dissipation in demanding industrial applications. Critical Role in Digital Infrastructure Thermal management technology serves as the physical foundation of digital infrastructure, supporting everything from national data centers and AI computing clusters to personal devices and IoT systems, ensuring stable operation and

Water Cooling Plates for New Energy Vehicles Heat dissipation technology serves as the fundamental infrastructure supporting digital economy development. As the physical foundation of digital infrastructure and critical component in computing power industry chains, thermal management enables reliable operation across diverse applications—from national data centers and AI computing clusters to personal devices and IoT systems. Industrial Applications Semiconductor and Chip

Copper Liquid Cold Plate Heat Sinks for Central Processing Units (CPUs) Heat dissipation plays a pivotal role in the development of the digital economy. As the physical cornerstone of digital infrastructure and an indispensable key link in the computing power industry chain, thermal management technology strongly underpins various digital scenarios—from national-level data centers, artificial intelligence computing clusters and supercomputing centers down to personal

High-temperature Copper Staggered Fin Radiator For Liquid Cooling Plate Heat dissipation plays a pivotal role in the development of the digital economy. As the physical cornerstone of digital infrastructure and an indispensable key link in the computing power industry chain, thermal management technology strongly underpins various digital scenarios—from national-level data centers, artificial intelligence computing clusters and supercomputing centers down to personal

Fully Liquid-Cooled Charging Stack System Advanced liquid cooling system with 6.5KW heat source power designed for ultra-fast charging terminals. System Design & Components Comprehensive system comprising liquid-cooled radiators, circulating pumps, make-up pumps, water tanks, sensors, fans, and control systems. Designed for bottom installation in liquid-cooled charging piles with full customization capabilities. Technical Specifications Applicable liquid-cooled gun current:

Fully Liquid-Cooled Charging Stack Liquid Cooling System With 4.5KW Heat Source Power System Overview Our fully liquid-cooled charging stack system features a comprehensive structural design composed of liquid-cooled radiators, circulating pumps, make-up pumps, water tanks, sensors, fans, and control systems. The system is engineered for installation at the bottom of liquid-cooled charging piles and can be customized according to specific customer requirements. Cooling System

Fully Liquid-Cooled Charging Stack System Advanced liquid cooling system with 2.4KW heat source power designed for ultra-fast charging applications. System Overview Comprehensive liquid cooling solution composed of radiators, circulating pumps, make-up pumps, water tanks, sensors, fans and control systems. Designed for installation at the bottom of liquid-cooled charging piles with full customization capabilities. Application: Liquid-cooled ultra-fast charging terminals

Liquid Cooling System for High-Current Charging Applications Advanced fully liquid-cooled charging stack system compatible with liquid-cooled guns rated from 400A to 600A, designed for ultra-fast charging terminals. System Architecture Comprehensive cooling solution comprising liquid-cooled radiators, circulating pumps, make-up pumps, water tanks, sensors, fans, and integrated control systems. Designed for bottom installation in liquid-cooled super-charging piles with full

Liquid Cooling System for Charging Connector Thermal Management Advanced liquid cooling system designed specifically for thermal management of charging guns in high-power charging applications. System Components & Structure Comprehensive system including liquid-cooled heat exchangers, circulating pumps, make-up pumps, water tanks, sensors, fans, and control systems Designed for installation on top of main charging pile cabinets Suitable for 600KW ultra-fast charging pile

800KW Fully Liquid-Cooled Charging Stack Liquid Cooling System High-performance liquid cooling system designed for 800KW ultra-fast charging stations, featuring advanced thermal management technology and robust construction. System Components Liquid-cooled heat exchangers Circulating pumps and make-up pumps Water tanks and sensors High-efficiency fans Advanced control systems Designed for installation on top of main charging cabinet, suitable for 600KW ultra-fast charging

720kW Full Liquid-Cooled Charging Pile Cooling System Advanced cooling solution specifically engineered for the rectifier cabinet of 720kW ultra-fast charging piles, delivering superior thermal management performance. Structural Design & Technical Parameters Comprehensive system comprising liquid-cooled heat exchangers, circulating pumps, make-up pumps, water tanks, sensors, fans and control systems. Designed for top-mounted installation on charging pile main cabinets.

600S Full Liquid-Cooled Charging Pile Cooling System Advanced cooling solution specifically engineered for 600kW ultra-fast charging pile rectifier cabinets, delivering superior thermal management for high-power applications. System Design & Technical Specifications Complete liquid-cooled thermal management system comprising heat exchangers, circulating pumps, make-up pumps, water tanks, sensors, fans and intelligent control systems. Designed for top-mount installation on

480C Full-Liquid-Cooling Charging Pile System Advanced liquid cooling system designed for 480kW ultra-fast charging piles with 24kW heat source power capacity. Structural Design & Technical Parameters Structural Design: Complete system comprising liquid-cooled heat exchangers, circulating pumps, make-up pumps, water tanks, sensors, fans and control systems. Designed for installation on top of the main cabinet of charging piles and suitable for rectifier cabinets of 480kW

480S Full-Liquid-Cooling Charging Pile System (480kW Rated Power) Advanced liquid cooling system designed for ultra-fast charging infrastructure with 480kW rated power capacity. Structural Design & Technical Parameters Structural Design: Composed of liquid-cooled heat exchangers, circulating pumps, make-up pumps, water tanks, sensors, fans and control systems. The system is designed for installation on top of the main cabinet of charging piles and is specifically engineered

High-Density DIMM Liquid Cooling Radiator for Servers Advanced cooling solution compatible with DDR5 and MRDIMM memory modules, designed for high-performance server applications. Technical Specifications Structural Design: Modular cold plate with independent memory cooling fins (copper microchannels, fin density ≥ 8 fins/cm); supports narrow-pitch memory layouts (0.297-0.35 inches) and covers 8-16 memory sticks per plate Heat Dissipation Performance: ≥22W per memory stick,