Unique-Bargains
Unique-Bargains 10 Black Aluminum Heatsinks 6x20x20mm Thermal Adhesive Chipset Cooling
Pack of 10 black aluminium heatsinks with thermal adhesive pads for chipset or 3D-printer motor cooling
- Ten heatsinks cool multiple components in one pack
- Thermal adhesive pads bond instantly for quick installation
- 20 x 20 mm aluminium fins spread heat from chips
- Black anodised finish suits 3D-printer motor cooling
- Low 6 mm profile fits tight spaces like RAM modules
Ten-Pack Black Aluminum Heatsinks
This set supplies ten identical aluminum heatsinks measuring 20 x 20 x 6 mm each. They are intended for cooling memory modules, chipset components, stepper motors on 3D printers or similar small electronic parts. The black anodised finish matches dark-themed builds. Builders needing only one or two pieces should look elsewhere.
Pre-Applied Thermal Adhesive Pads
Every heatsink arrives with a thermal conductivity adhesive pad already attached. This eliminates the need for separate thermal paste or epoxy and reduces installation to a simple press-on action. The adhesive is permanent, so the heatsinks cannot be cleanly removed for reuse on another component.
6 mm Overall Height Constraint
The total height of each heatsink is 6 mm (0.24 inch). This single dimension determines whether the part fits between a motherboard and a graphics card, inside a slim laptop chassis or under a 3D printer motor cover. No other specification governs physical compatibility.
Highlights
- Ten heatsinks cool multiple components in one pack
- Thermal adhesive pads bond instantly for quick installation
- 20 x 20 mm aluminium fins spread heat from chips
- Black anodised finish suits 3D-printer motor cooling
- Low 6 mm profile fits tight spaces like RAM modules
Specifications
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Questions about this item
Will the adhesive on these 20 mm aluminium heatsinks need replacing over time?
The thermal adhesive pads are pre-applied; if they lose grip or dry out you can clean the surface and add a thin layer of standard thermal tape or paste.
What stops these 6 mm tall heatsinks from cooling a stepper motor continuously?
Their small 20 x 20 mm fin area and 6 mm height limit how much heat they can radiate, so very high motor currents will eventually overwhelm passive dissipation.
Do the black anodised fins get hot or noisy during all-day 3D printer runs?
They are completely passive with no fan, so they make no noise; the aluminium body will become warm to the touch as it spreads heat into the surrounding air.
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