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Nowadays, there are so many products of liquid cooled extruder cooling block in the market and you are wondering to choose a best one. You have searched for liquid cooled extruder cooling block in many merchants, compared about products prices & reviews before deciding to buy them.
You are in RIGHT PLACE.
Here are some of best sellings liquid cooled extruder cooling block which we would like to recommend with high customer review ratings to guide you on quality & popularity of each items.
DIYhz Aluminum Water Cooling Block, Liquid Water Cooler Heat Sink System for PC Computer CPU Graphics Radiator Heatsink Endothermic Head Silver 2pcs(40mm x 80mm x 12mm)
- ★ Water cooling block size: 40 x 80 x 12mm
- Material: aluminum alloy.
- ★ The surface of the water cooling block is polished, the inner flow channel is extruded into an M-shaped flow channel, brazing parts into a whole.
- ★ The pagoda nozzle has a minimum outer diameter of 7mm and can be connected to an inner diameter of 7-8mm Water pipe.
- ★ This water cooling block applicable to computer CPU, graphics gpu heat, motherboard, xbox consoles cpu, graphics, semiconductor cooling piece, industrial inverter driver, laser head cooling and industrial control cabinet cooling.
- ★ Package Content: 2 x Aluminum Water Cooling Block.
Aluminum Water Cooling Block:
Specifications:
– Product Size: 40 x 80 x 12mm
– Processing: Vacuum Aluminum Brazing
– Polishing working surface and better heat absorption
Features:
❃ The internal flow channel is extruded into an M-shaped flow channel to maximize the hot and cold exchange area.
❃ The pagoda nozzle has a minimum outer diameter of 7mm and can be connected to an inner diameter of 7-8mm Water pipe.
❃ Applicable to computer CPU, graphics gpu heat, motherboard, xbox consoles cpu, graphics, semiconductor cooling piece, industrial inverter driver, laser head cooling and industrial control cabinet cooling.
Package Content:
2 X CPU Water Cooling Block
Water Cooling Block, 3 Sizes Aluminum Water Cooling Block Liquid Water Cooler Heat Sink System Flat Effluent for CPU Graphics Radiator Heatsink(#3)
- ❤ Premium Quality: This water cooling block is made of high quality pure aluminum material, which is sturdy and durable. It is not easily damaged, has reliable quality and long service life.
- ❤ Product Specification: Material: pure aluminum, processing: vacuum aluminum brazing, interface outer diameter: approx. 9.5mm / 3.7in, interface inner diameter: approx. 6mm / 2.4in.
- ❤ Easy Operation: This water cooling block is easy to install and convenient to use, which can provide you with a superior and practical using effect.
- ❤ Scope of Application: This water cooling block has high practicality, which is suitable for computer CPU water, industrial frequency inverter drive, industrial control cabinet cooling.
- ❤ Guarantee: All products sold by our brand, we will give the strict assurance of the quality. If you have any quality question about our product, please feel free to contact us.
Lilink– 3 Sizes Aluminum Water Cooling Block Liquid Water Cooler Heat Sink System for CPU Graphics Radiator Heatsink
Specification:
Condition: 100% Brand New
Item Type: Water Cooling Block
Material: Pure Aluminum
Processing: Vacuum Aluminum Brazing
Interface outer diameter: Approx. 9.5mm / 3.7in
Interface inner diameter: Approx. 6mm / 2.4in
Application: Suitable for computer CPU water, industrial inverter drive, laser head cooling, industrial control cabinet cooling
Optional Size:
#1: Approx. 80 * 80 * 15mm / 3.1 * 3.1 * 0.6in
#2: Approx. 80 * 160 * 15mm / 3.1 * 6.3 * 0.6in
#3: Approx. 80 * 250 * 15mm / 3.1 * 9.8 * 0.6in
Package List:
1 * Water Cooling Block
Note:
1. Please allow slight error due to manual measurement. Thanks for your understanding.
2. Monitors are not calibrated same, item color displayed in photos may be showing slightly different from the real object. Please take the real one as standard.
Conclusion
By our suggestions above, we hope that you can found liquid cooled extruder cooling block for you.Please don’t forget to share your experience by comment in this post. Thank you!
