Oem Liquid Cold Plate Copper Heatsink For Water Cooling Manufacturers Supplier Factory

Oem Liquid Cold Plate Copper Heatsink For Water Cooling

Product Highlights

Customizable designs for precise thermal management.
High-performance copper material for efficient heat dissipation.
Compatible with various OEM applications and systems.
Durable construction for long-lasting use.
Optimized for water cooling systems to enhance cooling efficiency.
Easy integration into existing cooling setups.
Supports high power densities with reliable thermal performance.
Proven technology trusted by industry leaders.

Products Details

type	Refrigeration Compressor Parts
application	Refrigeration Parts
warranty	1 Year
machinery test report	Provided
video outgoing-inspection	Provided
weight (kg)	2
Material	Aluminum alloy
Cooling method	Liquid Cooling
Working pressure	At least 1 bar
Joining method	Brazing or welding or others
Surface finish	Mill finish or anodization
Coolant	Deionized Water,Inhibited Glycol and Water,Dielectric fluid
Selling Units	Single item
Single package size	45X40X10 cm
Single gross weight	5.000 kg

Oem Liquid Cold Plate Copper Heatsink For Water Cooling

FAQ

1. What is a liquid cold plate copper heatsink?
A liquid cold plate copper heatsink is used in water cooling to efficiently dissipate heat from electronic components.

2. How does a copper heatsink improve cooling?
Copper heatsinks improve cooling by providing excellent thermal conductivity, enhancing heat dissipation.

3. Is this heatsink customizable?
Yes, the OEM liquid cold plate copper heatsink is customizable for specific thermal management needs.

4. What systems are compatible with this heatsink?
This heatsink is compatible with various OEM applications and systems requiring efficient water cooling.

5. How long does this copper heatsink last?
The durable construction ensures a long-lasting lifespan for the copper heatsink.

6. Why choose copper for heatsinks?
Copper is chosen for heatsinks due to its superior thermal conductivity and durability.

7. Can this heatsink support high power densities?
Yes, it supports high power densities with reliable thermal performance.

8. Is it easy to integrate this heatsink into existing systems?
Yes, it is designed for easy integration into existing cooling setups.