Liquid Cooling
Solutions
Liquid cooling solutions utilize advanced manufacturing processes to create efficient heat transfer structures for high-power applications, enabling superior thermal management in demanding environments.
- Press-Fit Tube Solutions
- Aluminum & Copper Brazing Technologies
- Friction Stir Welded Components
- High Heat Dissipation Performance
- Precision Flow Channel Solutions
- Industrial-Grade Cooling Reliability
Liquid Cooling Types & Solutions
Press-Fit Tube
Press-fit tube heat sinks integrate copper tubes into base plates to create efficient liquid cooling channels.
They provide high thermal performance, low thermal resistance, and reliable cooling for high-power applications.
aluminum brazing
Aluminum brazing heat sinks use high-temperature joining technology to create sealed and durable cooling structures. They offer lightweight design, excellent thermal performance, and are widely used in liquid cooling systems.
copper brazing
Copper brazing heat sinks achieve high-strength connections through precise brazing processes.
They provide excellent thermal conductivity and are suitable for demanding cooling applications.
Friction Stir Welding
Friction stir welding creates strong and reliable joints through solid-state welding technology.
It enables lightweight, leak-resistant cooling structures with excellent mechanical performance.
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Supporting efficient air cooling solutions through engineering expertise and manufacturing experience.
What is liquid cooling in heat sink applications?
Liquid cooling uses a coolant flowing through internal channels to transfer heat away from high-power components efficiently.
Compared with traditional air cooling, it provides higher heat removal capability and is suitable for high heat flux applications.
What types of liquid-cooled heat sinks are commonly used?
Common liquid cooling solutions include press-fit tube, aluminum brazing, copper brazing, and friction stir welded cooling structures.
Each design offers different advantages in thermal performance, material compatibility, and manufacturing requirements.
How do I choose the right liquid cooling heat sink?
Selection depends on thermal load, coolant type, flow requirements, pressure conditions, material compatibility, and available installation space.
The appropriate structure and manufacturing process should be selected based on application requirements.
What materials are used in liquid cooling heat sinks?
Liquid cooling heat sinks commonly use aluminum and copper due to their excellent thermal conductivity and corrosion resistance.
Material selection depends on thermal performance, weight requirements, coolant compatibility, and system design.
What industries use liquid cooling heat sinks?
Liquid cooling heat sinks are widely used in high-power electronics, data centers, electric vehicles, energy storage systems, industrial equipment, and power conversion systems.
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