Thermisch kussen

Thermal pads provide a simple and effective solution to protect sensitive electronic components from damage caused by overheating. These practical thermal pads ensure excellent thermal conductivity and can easily be used even in confined spaces. To protect graphics cards, motherboards, and other electronic devices, thermal pads have proven to be highly reliable. Find the best thermal pads in various designs at an affordable price in our shop.

Thermal pads provide a simple and effective solution to protect sensitive electronic components from damage caused by overheating. These practical thermal pads ensure excellent thermal... meer lezen »
Venster sluiten
Thermisch kussen

Thermal pads provide a simple and effective solution to protect sensitive electronic components from damage caused by overheating. These practical thermal pads ensure excellent thermal conductivity and can easily be used even in confined spaces. To protect graphics cards, motherboards, and other electronic devices, thermal pads have proven to be highly reliable. Find the best thermal pads in various designs at an affordable price in our shop.

What are thermal pads?

Simply put, thermal pads are small, flexible cushions that are placed or glued onto electronic components to bridge gaps between the component and a heat sink. In this way, thermal pads support heat dissipation and prevent components from overheating during operation. Thermal pads are offered as an alternative to thermal paste.

Why are thermal pads needed?

In a computer, the CPU, GPU, and other electronic components generate heat during operation. This heat must be dissipated using a cooling system to prevent overheating. If graphics cards, chips, and other components become too hot, it not only reduces performance but can also cause permanent damage.

Cooling systems are not always 100% efficient. Often, this is due to structural conditions: if there is an air gap between a component and a heat sink, the efficiency of heat dissipation automatically decreases. Even with water or air cooling, overheating can still occur. Thermal pads close such "air bridges" and enable faster, more efficient heat transfer.

Note: We are often asked whether thermal pads can be stacked. This is theoretically possible, but should only be done when absolutely necessary. Too many layers can reduce thermal conductivity. It is better to choose a pad with the correct thickness. If stacking cannot be avoided, only pads of the same material and thickness should be combined.

What types of thermal pads are there?

Thermal pads differ in size, thickness, and material composition. Many innovative manufacturers such as Alphacool or Thermal Grizzly regularly develop new material combinations to make thermal pads for graphics cards or CPUs even more powerful and durable.

To ensure that thermal pads fulfill their intended purpose, they are made from thermally conductive materials. Typically, these are material mixtures designed to increase overall efficiency. In addition to rubber-like plastics and silicone, ceramic particles such as aluminum oxide or metallic particles like aluminum are often used.

Important: The composition of the thermal pad also determines its electrical conductivity. For example, thermal pads containing aluminum are electrically conductive and should therefore be used with care, as improper use could lead to a short circuit.

Where can thermal pads be used?

Thermal pads are highly versatile. They are often used to protect heat-sensitive components in computers – for example, as thermal pads for graphics cards or thermal pads for CPUs. They can also be used in electric vehicles, notebooks, laptops, gaming consoles, and telecommunication devices. Here are a few examples:

Thermal pads for graphics cards

Thermal pads for graphics cards (GPUs) are a classic use case. They can be applied to memory chips (VRAMs) or voltage regulators (VRMs). In many cases, they perform better than thermal paste because they provide a large-area heat transfer.

Thermal pads for processors

Thermal pads for processors (CPUs) are less commonly used. Instead, thermal paste is preferred, as it adapts perfectly to smooth surfaces and meets the high demands of heat dissipation. Thermal pads for CPUs are typically used on secondary components such as voltage regulators (VRMs) or chipsets on the motherboard.

Thermal pads for RAM modules

Especially in gaming and high-performance memory, thermal pads for RAM are often used to absorb temperature spikes and ensure efficient heat transfer.

What are self-adhesive thermal pads?

Self-adhesive thermal pads are particularly easy to handle: they only need to be pressed lightly onto the component and then adhere on their own. This method is usually faster and cleaner than applying thermal paste.

Note: Some thermal pads are reusable after removal, while others are not. Therefore, always check the product description carefully before purchasing for detailed information.

When should thermal pads be used instead of thermal paste?

Thermal pads vs. thermal paste – a much-debated topic. There is no universal answer to the question of thermal pads or thermal paste, as it depends on several factors. In general, thermal pads are recommended:

  • when larger gaps need to be filled,
  • when easy installation is important,
  • when additional electrical insulation is required,
  • or when uneven surfaces need to be covered.

Buy high-performance thermal pads: large selection for various applications

In our shop, you can order top-quality thermal pads online at great prices and benefit from a wide range of different sizes, thicknesses, materials, and brands such as Alphacool or Thermal Grizzly. We also offer personal advice if you have questions about our products. Simply contact us and purchase thermal pads for graphics cards, laptops, and more.

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Pagina 8 van 9
Geen resultaten gevonden voor de filter!
WÄM Alphacool Apex Wärmeleitpad Soft 18W/mk 120x20x1,5mm
Alphacool Apex thermische pad Zacht 18W/mk 120x20x1,5mm
Beschikbaar
WÄM Alphacool Apex Wärmeleitpad Soft 18W/mk 120x20x0,5mm
Alphacool Apex thermische pad Zacht 18W/mk 120x20x0,5mm
Binnenkort weer beschikbaar.
WÄM Alphacool Apex Wärmeleitpad Soft 16W/mk 120x20x1mm
Alphacool Apex thermische pad Zacht 16W/mk 120x20x1mm
Beschikbaar
WÄM Alphacool Apex Wärmeleitpad Soft 16W/mk 120x20x1,5mm
Alphacool Apex thermische pad Zacht 16W/mk 120x20x1,5mm
Beschikbaar
WÄM Alphacool Apex Wärmeleitpad Soft 16W/mk 100x100x0,5mm
Alphacool Apex thermische pad Zacht 16W/mk 100x100x0,5mm
Beschikbaar
WÄM Alphacool Apex Wärmeleitpad Soft 16W/mk 100x100x1,5mm
Alphacool Apex thermische pad Zacht 16W/mk 100x100x1,5mm
Beschikbaar
WÄM Alphacool Core doppelseitig klebendes Wärmeleitpad 100x100x0,25mm
Alphacool Core dubbelzijdig klevende thermische pad 100x100x0,25mm
Beschikbaar
WÄM Thermal Grizzly KryoSheet, Wärmeleitpad 38x38mm
Thermal Grizzly KryoSheet, thermische pad 38x38mm
Beschikbaar
WÄM Alphacool Core doppelseitig klebdendes Wärmeleitpad 50x50x0,25mm
Alphacool Core dubbelzijdig klevende thermische pad 50x50x0,25mm
Beschikbaar
WÄM AMD 6000 Series Thermal Pad Replacement set
AMD 6000-serie vervangingsset voor thermische pads
Binnenkort weer beschikbaar.
WÄM NVIDIA 30 Series Thermal Pad Replacement set
NVIDIA 30-serie vervangingsset voor thermische pads
Binnenkort weer beschikbaar.
WÄM AMD 7000 Series Thermal Pad Replacement set
AMD 7000-serie vervangingsset voor thermische pads
Binnenkort weer beschikbaar.
WÄM THERMAL HERO GAMMA PHASE Changer Wärmeleitpad 40x30mm
THERMAL HERO GAMMA PHASE Changer Wärmeleitpad 40x30mm
Beschikbaar
WÄM THERMAL HERO GAMMA PHASE Changer Wärmeleitpad 40x40mm
THERMAL HERO GAMMA PHASE Changer Wärmeleitpad 40x40mm
Beschikbaar
WÄM THERMAL HERO Graphene Sheet 100x100x0.025mm
THERMAL HERO Graphene Sheet 100x100x0.025mm
Beschikbaar
WÄM THERMAL HERO Graphene Sheet 32x32x0.025mm
THERMAL HERO Graphene Sheet 32x32x0.025mm
Beschikbaar
WÄM THERMAL HERO Graphene Sheet 51x68x0.025mm
THERMAL HERO Graphene Sheet 51x68x0.025mm
Beschikbaar
WÄM THERMAL HERO NEO Wärmeleitpad 100x100x0.5mm
THERMAL HERO NEO Wärmeleitpad 100x100x0.5mm
Beschikbaar
Pagina 8 van 9

Unsere Topseller

What are thermal pads?

Simply put, thermal pads are small, flexible cushions that are placed or glued onto electronic components to bridge gaps between the component and a heat sink. In this way, thermal pads support heat dissipation and prevent components from overheating during operation. Thermal pads are offered as an alternative to thermal paste.

Why are thermal pads needed?

In a computer, the CPU, GPU, and other electronic components generate heat during operation. This heat must be dissipated using a cooling system to prevent overheating. If graphics cards, chips, and other components become too hot, it not only reduces performance but can also cause permanent damage.

Cooling systems are not always 100% efficient. Often, this is due to structural conditions: if there is an air gap between a component and a heat sink, the efficiency of heat dissipation automatically decreases. Even with water or air cooling, overheating can still occur. Thermal pads close such "air bridges" and enable faster, more efficient heat transfer.

Note: We are often asked whether thermal pads can be stacked. This is theoretically possible, but should only be done when absolutely necessary. Too many layers can reduce thermal conductivity. It is better to choose a pad with the correct thickness. If stacking cannot be avoided, only pads of the same material and thickness should be combined.

What types of thermal pads are there?

Thermal pads differ in size, thickness, and material composition. Many innovative manufacturers such as Alphacool or Thermal Grizzly regularly develop new material combinations to make thermal pads for graphics cards or CPUs even more powerful and durable.

To ensure that thermal pads fulfill their intended purpose, they are made from thermally conductive materials. Typically, these are material mixtures designed to increase overall efficiency. In addition to rubber-like plastics and silicone, ceramic particles such as aluminum oxide or metallic particles like aluminum are often used.

Important: The composition of the thermal pad also determines its electrical conductivity. For example, thermal pads containing aluminum are electrically conductive and should therefore be used with care, as improper use could lead to a short circuit.

Where can thermal pads be used?

Thermal pads are highly versatile. They are often used to protect heat-sensitive components in computers – for example, as thermal pads for graphics cards or thermal pads for CPUs. They can also be used in electric vehicles, notebooks, laptops, gaming consoles, and telecommunication devices. Here are a few examples:

Thermal pads for graphics cards

Thermal pads for graphics cards (GPUs) are a classic use case. They can be applied to memory chips (VRAMs) or voltage regulators (VRMs). In many cases, they perform better than thermal paste because they provide a large-area heat transfer.

Thermal pads for processors

Thermal pads for processors (CPUs) are less commonly used. Instead, thermal paste is preferred, as it adapts perfectly to smooth surfaces and meets the high demands of heat dissipation. Thermal pads for CPUs are typically used on secondary components such as voltage regulators (VRMs) or chipsets on the motherboard.

Thermal pads for RAM modules

Especially in gaming and high-performance memory, thermal pads for RAM are often used to absorb temperature spikes and ensure efficient heat transfer.

What are self-adhesive thermal pads?

Self-adhesive thermal pads are particularly easy to handle: they only need to be pressed lightly onto the component and then adhere on their own. This method is usually faster and cleaner than applying thermal paste.

Note: Some thermal pads are reusable after removal, while others are not. Therefore, always check the product description carefully before purchasing for detailed information.

When should thermal pads be used instead of thermal paste?

Thermal pads vs. thermal paste – a much-debated topic. There is no universal answer to the question of thermal pads or thermal paste, as it depends on several factors. In general, thermal pads are recommended:

  • when larger gaps need to be filled,
  • when easy installation is important,
  • when additional electrical insulation is required,
  • or when uneven surfaces need to be covered.

Buy high-performance thermal pads: large selection for various applications

In our shop, you can order top-quality thermal pads online at great prices and benefit from a wide range of different sizes, thicknesses, materials, and brands such as Alphacool or Thermal Grizzly. We also offer personal advice if you have questions about our products. Simply contact us and purchase thermal pads for graphics cards, laptops, and more.