Unique-Bargains Copper Chipset Heatsink 15x15x1.8mm 20pcs
Set of 20 copper heatsinks measuring 15 mm square by 1.8 mm thick for chipset, RAM or small IC cooling
- Copper construction transfers heat efficiently from small ICs
- 15 x 15 mm footprint fits tight component layouts
- 8 mm thickness keeps profile low for crowded boards
- Pack of 20 pieces covers multiple chips or spares
- Pads can be cut to custom shapes for DIY projects
Chipset Heatsink Pack
This set includes 20 copper heatsinks measuring 15 by 15 millimetres and 1.8 millimetres thick. They are intended for DIY cooling of small ICs such as chipset components, memory modules, GPU chips or CPU voltage regulators. The pack suits hobbyists who need multiple identical pads for a single project or for spares.
Interface Limits
Each pad relies on direct metal-to-die contact and has no pre-applied thermal interface material. You must supply your own thermal tape, adhesive or paste to achieve reliable heat transfer. Without a bonding layer the copper will not stay in place or conduct heat effectively.
Build And Mounting
The pads are bare copper with a copper-tone finish and can be cut to custom shapes using a hacksaw and file. The supplier recommends cleaning the surfaces with alcohol and a microfibre cloth before installation. No mounting hardware or adhesive is included in the package.
How it compares
Measured against everything we stock in RAM & Chipset Heatsinks, at today’s prices. Recalculated every night.
- Price $8.99
- Typical for this category: the median of 87 items is $8.99.
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Specifications
| Product | |
|---|---|
| Brand name | Unique Bargains |
Questions about this item
How do I decide between the 15 x 15 mm copper pads and a larger heatsink for my chipset?
These pads measure 15 x 15 mm with a 1.8 mm thickness, so they suit small ICs such as MOSFETs or memory chips; choose a larger heatsink only if the component footprint exceeds 15 mm.
What temperature drop can I expect once the 1.8 mm copper pad is installed on a GPU memory chip?
The 1.8 mm copper pad spreads heat from the chip into its 15 x 15 mm surface area; actual temperature reduction depends on the chip's power draw and the airflow inside your case.
Does the bare copper surface need a specific thermal interface to work with a CPU or GPU die?
The pads ship without thermal tape or adhesive; you must supply your own thermal pad, paste, or adhesive to create a reliable thermal path between the copper and the die.
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