20x20 0.8mm copper thermal pad for efficient heat dissipation
Brand: satkit
VAT included (Ex VAT: 0.70 €)
Volume Discounts
| Quantity | Price | Save |
|---|---|---|
| 2+ | 0.82 € | -5% |
| 10+ | 0.77 € | -10% |
| 20+ | 0.65 € | -25% |
Product description:
The copper thermal pad 20x20 0.8mm is an essential component for thermal management in electronic devices that require high heat dissipation. Made from copper, a material known for its excellent thermal conductivity, this pad is ideal for use in laptop GPUs, console graphics cards and other electronic components that generate heat during operation.
Key features:
- Material: Pure copper with high thermal conductivity.
- Dimensions: 20 mm x 20 mm x 0.8 mm thick.
- High resistance to elevated temperatures, ensuring durability and consistent performance.
- Easy installation: can be fixed with a drop of thermal paste or with adhesive thermal pads to prevent movement.
- Optimises heat dissipation, improving the stability and service life of electronic components.
Typical uses:
- Heat dissipation in laptop GPUs and compact computers.
- Thermal improvement in video cards in gaming consoles.
- Use in electronic systems where efficient heat transfer is required.
- Repair and maintenance of components that need better heat management.
Compatibility:
This thermal pad is compatible with a wide range of electronic devices that require a conductive surface to improve heat transfer. It is especially useful for GPUs, processors and other chips that generate heat in laptops and consoles.
Additional benefits:
- Significant improvement in thermal dissipation compared with generic pads.
- Reduces the risk of overheating and heat-related damage.
- Reusable material and easy to handle during repairs.
With this copper thermal pad 20x20 0.8mm, you can ensure optimum thermal performance in your electronic devices, extending their service life and improving operating stability.
- Pure copper material for high thermal conductivity
- Exact 20x20 mm dimensions with 0.8 mm thickness
- High resistance to elevated temperatures
- Easy installation with thermal paste or adhesive pads
- Ideal for GPUs, laptops and gaming consoles
Customer Questions & Answers
What advantages does copper offer over other materials for thermal dissipation in GPUs or CPUs?
Copper offers superior thermal conductivity (approx. 390 W/m·K) compared with aluminium (approx. 205 W/m·K), making it more efficient at transferring heat. Its use in thin sheets allows rapid heat dissipation from electronic components, although it is heavier and more expensive than alternatives such as aluminium or ceramic.
What are the dimensions and approximate weight of the sheet, and what exactly is included in the package?
The sheet measures 20 mm x 20 mm with a thickness of 0.8 mm. The approximate weight is 2.85 grams (based on copper density: 8.96 g/cm³). The package includes one copper sheet only; adhesives and thermal paste are not included.
Do I need to apply thermal paste together with the copper sheet, or is the sheet alone enough?
Yes, we recommend applying a thin layer of thermal paste between the chip surface and the sheet, and also between the sheet and the heatsink. This ensures maximum thermal contact and minimises resistance. Using only the sheet could leave micro air gaps, reducing efficiency.
Does it require any special maintenance or is there a risk of oxidation over time?
Natural copper can develop a patina over time, but in internal applications such as computer cooling, the risk of significant oxidation is low if kept in dry, clean environments. No special maintenance is required, although it is advisable to inspect thermal contact during equipment servicing.
Which devices is this copper thermal pad suitable for?
It is suitable for laptop GPUs, console graphics cards and other electronic components that require efficient heat dissipation.
How do you install the copper thermal pad 20x20 0.8mm?
It can be placed using a drop of thermal paste to secure it or with adhesive thermal pads to stop it moving.
What is the thickness of this thermal pad?
The thickness is 0.8 mm, with dimensions of 20x20 mm.
Can this thermal pad withstand high temperatures?
Yes, it has high resistance to elevated temperatures, ensuring durability and performance.