This all-copper water cooling system is designed for long-term stable operation.
The water tank, channels, and fins are all made of copper.
This all-copper design effectively avoids the chemical reactions caused by mixing copper and aluminum,
significantly extending the lifespan of the water cooling system.
All copper high-power water cooling radiator

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Description

All copper high-power water cooling radiator

The all-copper water cooling system is designed for long-term stable operation.
The water chamber, water channels, and heat sinks are all made of copper.
This all-copper design effectively avoids adverse chemical reactions caused by mixing copper and aluminum,
significantly extending the lifespan of the water cooling system.
Utilizing a consistent 401W/(m·K) thermal conductivity copper material and high-purity tin soldering,
it reduces thermal resistance and accelerates heat conduction.
The ultra-thin paint finish further enhances heat dissipation and performance.
High-density copper fins effectively increase the heat dissipation area,
working in conjunction with a high-pressure fan to quickly remove heat and improve cooling efficiency.

Specifications
Main Material: Copper
Operating Pressure: 0.8 Bar
Thread Size: 3 x G 1/4'
Dimensions: 378 x 360 x 60.5 mm
Complete Accessories:
1 x Heatsink, 1 x Plug, 1 x Allen Wrench, 36 x M3 x 30 mm Hex Screws

The large-format radiator supports up to nine 120mm fans and has the potential for further expansion.

The back side features densely packed pure copper fins.
Copper's thermal conductivity is approximately 2-2.4 times that of ordinary aluminum alloy.
It conducts heat faster, distributes heat more evenly, and retains heat more effectively.

The waterways, channels, and chambers are all made of pure copper and surrounded by high-strength steel protective plates to effectively ensure structural safety.

High-quality materials:
Utilizing a consistent 401W/(m·K) thermal conductivity copper material and high-purity tin soldering,
this reduces thermal resistance and accelerates heat conduction efficiency;
the ultra-thin spray paint process further enhances heat dissipation and performance!