Best selling Thermal pads from Alphacool
On this page you’ll find a ranking of the best Thermal pads from Alphacool. To give you a quick overview, we’ve added the most important product details. This page always stays fresh and updates automatically.
1. Alphacool Core Thermal Pad Soft 9W/mk 100x100x1mm
The high-performance thermal pad from Alphacool can be used for cooling electronic components of all kinds, where effective heat dissipation is important. In addition to voltage converters and VRAM on graphics cards, electronic components of PlayStation and Xbox consoles can also be cooled, significantly improving their performance and durability.
The silicone-based, soft thermal transfer pad is characterized by optimal compressibility. Due to its low hardness and natural stickiness, the core thermal transfer pad perfectly adapts to surfaces, compensating for unevenness between components and thus ensuring a significant improvement in heat transfer.
The special material composition of the core thermal pad reduces the risk of silicone bleeding. It can be used significantly longer than conventional thermal transfer pads without a significant drop in performance.
Due to its excellent electrical insulation (electrically non-conductive), the Alphacool thermal pad can also be used for cooling electronic components in electric vehicles, autopilot systems, mobile phones, servers, motherboards, power supplies, LCD televisions, notebooks, telecommunications devices, access points, memory modules, and more.
Technical specifications:
Dimensions of the thermal pad (L x W x H): 100 x 100 x 1 mm
Thermal conductivity (ASTM D5470): 9.0 W/mK (±10%)
Hardness (ASTM D2240): 50 (Shore 00) (±15)
Operating temperature: -50 to ~180°C
Volume resistivity (ASTM D257): 1×10^12 Ohm-m
Dielectric constant (ASTM D149): 8 KV/mm
Density (ASTM D792): 3.2 g/cm³ (±10%)
Elongation (ASTM D412): 40%
Weight loss (ASTM E595): less than 1%
Flame class (UL 94): V-0
Color: pink.
2. Alphacool Ice layer
The Alphacool Ice Layer, like other thermal pads, can compensate for the unevenness of heatsinks and the components to be cooled. However, it has a significant feature: the Ice Layer is made of thermal paste with an embedded fabric. This results in the performance of these pads being significantly more efficient than that of standard thermal pads, regardless of the low W/mK value. Additionally, it achieves better distribution and filling between surfaces, leading to improved air displacement. Its soft consistency also means there is no pressure on components or solder joints. Nvidia also uses this type of pad for the Founders Edition. The Ice Layer can be easily cut to the desired size and applied to heatsinks without slipping. As a fundamental component or spare part, thermal pads belong in every well-organized computer DIY workspace!
Technical Specifications
Dimensions (L x W x H): 100 x 100 x 0.5 mm
Thermal Conductivity: 3 W/mK
Electrically Conductive: No
Color: white.
3. Alphacool Core Thermal Pad Soft 9W/mk 120x20x0,5mm
The powerful thermal paste from Alphacool can be used for cooling electronic components of all kinds, where it is important to effectively dissipate heat. In addition to voltage converters and VRAM on graphics cards, electronic components of gaming consoles can also be cooled, significantly improving their performance and longevity.
The silicone-based, soft thermal transfer pad features optimal compressibility. Due to its low hardness and natural stickiness, the Core thermal transfer pad perfectly adapts to surfaces, compensating for unevenness between components and thus ensuring a significant improvement in heat transfer.
The special material composition of the Core thermal pad reduces the risk of silicone bleeding. It can be used significantly longer than conventional thermal transfer pads without notable performance loss.
Due to its excellent electrical insulation (electrically non-conductive), the thermal pad from Alphacool can also be used for cooling electronic components in electric vehicles, autopilot systems, mobile phones, servers, motherboards, power supplies, LCD televisions, notebooks, telecommunications devices, access points, memory modules, and more.
Technical specifications:
Dimensions of the thermal pad (L x W x H): 120 x 20 x 0.5 mm
Thermal conductivity (ASTM D5470): 9.0 W/mK (±10%)
Hardness (ASTM D2240): 50 (Shore 00) (±15)
Operating temperature: -50 to ~180°C
Volume resistivity (ASTM D257): 1 x 10^12 Ohm-m
Dielectric constant (ASTM D149): 8 KV/mm
Density (ASTM D792): 3.2 g/cm³ (±10%)
Elongation (ASTM D412): 40%
Weight loss (ASTM E595): less than 1%
Flame class (UL 94): V-0
Color: pink.
Thermal pads
Quantity discount
CHF10.60 per piece for 2 units
Alphacool Core Thermal Pad Soft 9W/mk 120x20x0,5mm
4. Alphacool Ice layer - 100x100x1,5mm (Sarcon XR-j)
Alphacool's solution to cool your computer with an ice layer. An ice layer not in the conventional sense of frozen water, but a layer that causes every chip to freeze. The "Alphacool Ice Layer" offers all the advantages and typical characteristics of a thermal pad: self-adhesive, elastic, adaptable, and much more. Its application area is equally versatile, whether for RAM and motherboard coolers or graphics card and CPU coolers, wherever a circuit board meets a heatsink, the Alphacool Ice Layer is a great choice. Dimensions: 100 x 100 x 1.5 mm.
5. Alphacool Ice Layer - Sarcon XR-j 2 Pack
Alphacool's solution for cooling your computer with an ice layer. An ice layer not in the conventional sense of frozen water, but a layer that causes every chip to freeze. The "Alphacool Ice Layer" offers all the advantages and typical properties of a thermal pad: self-adhesive, elastic, adaptable, and much more. Its application area is just as versatile, whether for RAM and motherboard coolers or graphics card and CPU coolers, wherever a circuit board meets a heatsink, the Alphacool Ice Layer is a great choice. Dimensions: 120 x 20 x 1.5 mm.
6. Alphacool Apex Soft Thermal Pad 14W/mk 100x100x1mm
The Apex Soft are Alphacool's high-end solution in the range of thermal pads. Due to their outstanding properties, they can almost be compared to thermal paste. The Apex Soft thermal pads nestle much better to components, which contributes to a significant improvement in cooling performance.
Better than standard thermal pads? The material of the Apex Soft thermal pads acts similarly to thermal paste. The consistency of the pads prevents the highest components, such as voltage converters or VRMs, from being subjected to increased contact pressure from the cooler. In extreme cases, this pressure can cause PCBs to bend. The Apex Soft pads fill unevenness much better, nestle better against the components, and thus significantly increase the heat transfer between the cooler and the component.
But that is not the only advantage! The special material also cannot dry out. Usually, the silicone of heat-conducting pads bleeds out over time. This makes them go hard and the performance of the pads drops rapidly after a certain point. This is not the case with the Apex Soft thermal pads. They can be used for a much longer period of time without significantly losing performance.
Cutting to size? No problem! When cutting the heat-conducting pads to size, it is essential to leave the foil on the pads. This makes it easy to cut the pads to size with scissors. This is just as easy as cutting paper. The cut edges remain perfectly clean and do not fray.
The Alphacool Apex Soft thermal pads offer better performance than standard thermal pads in many respects and are a perfect replacement for old or underperforming pads.
7. Alphacool 12459 Thermal pad
Alphacool's ultimate solution to cool your computer with a layer of ice. A layer of ice not in the conventional sense of frozen water, but a layer that brings every chip to freezing temperatures. The properties of the new thermal pads speak for themselves.
With up to 17 W/mk, the pads outperform all previous thermal pads and pastes! This makes it easy and clean to install all hardware components using thermal pads.
The Alphacool ice layer offers all the advantages and typical characteristics of a thermal pad: self-adhesive, elastic, adaptable, and much more! Its application range is just as versatile, whether for RAM and motherboard coolers or graphics card and CPU coolers, wherever a circuit board meets a heatsink, the Alphacool ice layer is a great choice.
The pads are available in different performance levels: 11, 14, and 17 W/mk, each available in thicknesses of 0.5 mm, 1 mm, and 1.5 mm to perfectly compensate for height differences. Each thickness is also available in sizes of 100 x 100 mm and 120 x 20 mm (suitable for RAM coolers). These can be easily cut with scissors to customize the size for each component.
8. Alphacool Apex Thermal Pad Soft 18W/mk 120x20x1,5mm
Alphacool offers a wide range of thermal pads to enable effective heat dissipation from electronic components. The Apex thermal transfer pad is the most powerful option and can reliably dissipate heat. Thanks to its high compressibility, it can also be used in a variety of applications. The silicone-based ultrasoft Apex thermal transfer pad from Alphacool provides optimal compressibility. Due to its low hardness and natural stickiness, it perfectly conforms to surfaces and compensates for unevenness between components, significantly improving heat transfer.
Thanks to its unique material composition, the risk of silicone bleeding with the Apex thermal transfer pad is significantly reduced. It can reliably cool over a much longer period without experiencing significant performance losses.
Due to its excellent electrical insulation, the thermal pad is suitable for cooling electronic components in a variety of devices, such as electric vehicles, autopilot systems, mobile phones, servers, motherboards, power supplies, LCD televisions, notebooks, telecommunications devices, access points, memory modules, and many others.
Technical specifications:
Dimensions of the thermal pad (L x W x H): 120 x 20 x 1.5 mm
Thermal conductivity (ASTM D5470): 17.8 W/mK (±10%)
Hardness (ASTM D2240): 65 (Shore 00) (±5)
Operating temperature: -50 to ~150°C
Volume resistivity (ASTM D257): 6 x 10^9 Ohm-m
Dielectric constant (ASTM D149): 4 KV/mm (±10%)
Density (ASTM D792): 3.5 g/cm³ (±10%)
Elongation (ASTM D412): 20%
Weight loss (ASTM E595): less than 1%
Burning category (UL 94): V-0
Color: light gray.
9. Alphacool Apex Thermal Pad Soft 18W/mk 100x100x1mm
Alphacool offers a wide range of thermal pads to enable effective heat dissipation from electrical components. The Apex heat transfer pad is the most powerful option and can reliably dissipate heat. Thanks to its high compressibility, it can be used for a wide range of applications. The silicone-based Ultrasoft Apex heat transfer pad from Alphacool has optimal compressibility. Due to its low hardness and natural stickiness, it can be perfectly adapted to surfaces and compensates for unevenness between components, significantly improving heat transfer.
Thanks to its unique material composition, the risk of silicone bleeding is significantly reduced with the Apex heat transfer pad. It can cool reliably for a much longer period without suffering any significant loss of performance.
Due to its excellent electrical insulation, the thermal pad is suitable for cooling electrical components in various devices such as electric vehicles, autopilot systems, mobile phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunication devices, access points, memory modules, and many others.
Technical Data:
Thermal pad dimensions (L x W x H): 100 x 100 x 1mm
Thermal conductivity (ASTM D5470): 17.8 W/mK (±10%)
Hardness (ASTM D2240): 65 (Shore 00) (±5)
Operating temperature: -50 to ~150°C
Volume resistivity (ASTM D257): 6 x 10^9 Ohm-m
Dielectric constant (ASTM D149): 4 KV/mm (±10%)
Density (ASTM D792): 3.5 g/cm³ (±10%)
Elongation (ASTM D412): 20%
Weight loss (ASTM E595): less than 1%
Flame class (UL 94): V-0
Colour: light grey.
10. Alphacool Apex thermal pad Soft 18W/mk 100x100x0.5mm
Alphacool offers a wide range of thermal pads to enable effective heat dissipation from electronic components. The Apex thermal transfer pad is the most powerful option and can reliably dissipate heat. Thanks to its high compressibility, it can also be used for a variety of applications. The silicone-based ultrasoft Apex thermal transfer pad from Alphacool provides optimal compressibility. Due to its low hardness and natural stickiness, it can perfectly conform to surfaces and compensate for unevenness between components. This significantly improves heat transfer. Thanks to its unique material composition, the risk of silicone bleeding with the Apex thermal transfer pad is greatly reduced. It can reliably cool over a much longer period without experiencing significant performance losses. Due to its excellent electrical insulation, the thermal pad is suitable for cooling electronic components in a variety of devices, such as electric vehicles, autopilot systems, mobile phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunications devices, access points, storage modules, and many others.
Technical specifications:
Dimensions of the thermal pad (L x W x H): 100 x 100 x 0.5 mm
Thermal conductivity (ASTM D5470): 17.8 W/mK
Hardness (ASTM D2240): 65 (Shore 00)
Operating temperature: -50 to ~150°C
Volume resistivity (ASTM D257): 6 x 10^9 Ohm-m
Dielectric constant (ASTM D149): 4 KV/mm
Density (ASTM D792): 3.5 g/cm^3
Elongation (ASTM D412): 20%
Weight loss (ASTM E595): less than 1%
Flame class (UL 94): V-0
Color: light gray.
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