GPU CPU Backplate Copper Heatsink Round Pipe 5mm x 250mm - Fanless
GPU CPU Backplate Copper Heatsink Round Pipe 5mm x 250mm - Fanless
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Our review of the GPU CPU Backplate Copper Heatsink Round Pipe explains why this single 250mm copper heat pipe is a practical pick for DIY PC and laptop cooling projects. For users who need a compact, passive thermal solution the main reason to consider it is simple: the combination of copper metal and an internal thermal fluid provides fast heat transport without moving parts, making it suited to improving heat transfer from VRAM, GPU backplates, or small chipset areas. The review focuses on real use cases, handling, and the trade offs to expect.
Key Features
- Material and construction: Solid copper tube combined with a thermal fluid offers higher thermal responsiveness than copper alone, helping transport heat away from hot spots quickly.
- Size and fit: At 250mm length and 5mm diameter the tube is long enough for many backplate runs and thin enough to fit between tight clearances in compact cases and laptops.
- Passive operation: This is a fanless heat pipe that improves conduction to existing radiators or heatsinks without adding noise or power draw.
- Customizability: The manufacturer offers bending and flattening services so the tube can be shaped to match a specific board layout or contact surface.
- Versatile applications: Useful for GPU backplates, CPU secondary cooling, VRAM, chipset cooling and LED modules where a narrow passive heat path is needed.
Who It's For
This product is aimed at PC builders, modders, and repair technicians who need a compact, passive thermal element to bridge hot components to existing radiators or spreads. It is especially helpful for systems where airflow is constrained or noise must be minimized and where a thin, long heat pipe can be routed to a cooler area.
It is less suitable for users seeking a complete cooling solution out of the box or for those unfamiliar with mounting thermal components, since integration requires planning for contact points and attachment to a radiator or heatsink. For high-power liquid cooling loops or full replacement coolers, a dedicated assembly would be preferable.
Pros & Cons
Pros
- High responsiveness thanks to a thermal fluid inside the copper tube that augments heat transfer.
- Thin 5mm diameter and 250mm length make it easy to route in tight builds or laptop repair work.
- Passive design adds no noise and requires no power, making it ideal for silent systems.
Cons
- Not a complete cooling assembly; requires proper contact surfaces and a destination heatsink or radiator to be effective.
- Bending and flattening may be required for a precise fit, which adds a step before installation.
Specifications
| Brand | Bopaodao |
| Material | Copper with thermal fluid |
| Length | 250mm |
| Diameter | 5mm |
| Applications | GPU backplate, CPU secondary cooling, VRAM, chipset, LED modules |
| Customization | Bending and flattening services available |
| Shipping lead time | 7-10 business days for non-FBA items |
Our Verdict
This copper heat pipe is a sensible, cost-effective component for builders who need a thin, passive means to move heat from small hot spots to a separate heatsink or radiator. It is good value for people comfortable with basic installation and custom shaping, and it shines in silent or space-constrained builds where traditional fans are impractical.
Frequently Asked Questions
Can this tube be bent to fit my layout?
Yes, the seller provides bending and flattening services and can process the tube to your requirements if you request it.
What components can it cool?
It is intended for GPU backplates, CPU secondary cooling, VRAM, chipset ICs and LED modules that need a narrow passive thermal path.
Does it require a fan?
No, the tube itself is passive but it must conduct heat to a heatsink or radiator area to dissipate the transported heat effectively.
Editor's Take
A compact, passive copper heat pipe that effectively moves heat from VRAM, GPU backplates, and chipsets to a heatsink; best for builders who can integrate and shape it for their system.

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