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Lüfterloses Design-Case von Akasa, für den Raspberry Pi 4B, aus Aluminium, Aussparungen für alle wichtigen Anschlüsse, inklusive Kühlblöcke und Thermal-Pads und Wärmeleitpaste

This universally usable thermal pad from Akasa is made of silicone elastomer and can be easily cut to fit any size. It measures 70x20 mm and has a thermal conductivity of 1.2 W/m·K. The pad effectively helps with heat dissipation for M.2 SSDs. It is lightweight, with a net weight of only 0.0150 kg. Perfect for ensuring optimal thermal management for your components.

Aluminium housing for single-board computers, compatible with ASUS Tinker Board 3/3S, fully passive cooling, sandblasted anodised surface, access to all I/O ports, two antenna feedthroughs, robust for embedded and IoT projects This compact aluminium case from AKASA offers a robust, precisely fitting solution for the ASUS Tinker Board 3 and 3S – ideal for implementing powerful embedded or IoT projects cleanly, coolly, and completely silently. Silent operation thanks to a fully passive cooling design. Exact fit for the Tinker Board 3/3S ensuring optimal port access. Efficient heat dissipation thanks to solid, CNC-machined aluminium. Compact dimensions for flexible integration into IoT and embedded setups. Industrial-grade construction with antenna feed-throughs for wireless applications. AKASA Skyline 3 Pro (A-RA17-M1B) – Passive Aluminium Case for ASUS Tinker Board 3/3S The AKASA Skyline 3 Pro is precisely tailored to the ASUS Tinker Board 3 and 3S. The case uses a heat sink made entirely from aluminium, which reliably dissipates heat to the environment via an integrated thermal module and thermal pads. The entire design is aimed at durable, mechanically stable embedded installations. Efficient, completely passive cooling The case is designed as a passive heat sink: the sandblasted, anodised aluminium surface increases the thermal exchange area and ensures stable temperatures under continuous load. The internal cooling module makes direct contact with the relevant hotspots – perfect for fanless, low-maintenance systems. Full port coverage & precise geometry All important connections of the Tinker Board 3/3S remain freely accessible: triple USB-A, USB Micro-B, Ethernet, HDMI, audio, micro-SD slot, GPIO, and MIPI-DSI. Additionally, the case offers two antenna openings, ideal for WiFi or LTE expansions in IoT environments. Compact format for professional installations With external dimensions of just 68.4 × 96 × 37.3 mm, the case is excellently suited for applications with limited installation space. The high-quality workmanship makes it especially attractive for digital signage solutions, automation, gateways, or demanding hobby projects. Target audience & fields of application The AKASA Skyline 3 Pro is aimed at makers, integrators, and professional embedded developers who require a durable, silent, and thermally efficient case for the Tinker Board 3/3S. Whether industrial setup, IoT node, media client, or prototyping platform – this case provides a stable foundation for reliable systems.

The Akasa Thermal Pad Plus 3-Pack is designed specifically for M.2 Type 2280 SSDs, measuring 20 x 70mm. These thermal pads provide excellent heat dissipation, ensuring optimal performance for your SSD. With a net weight of 0.296 kg, the pads are lightweight yet effective. Ideal for enhancing the thermal management of your system, this 3-pack is a practical choice for maintaining the longevity and efficiency of your components.

The Alphacool Apex Monoblock is the ultimate all-in-one cooling solution for your system, combining brutal thermal performance with an elegant design tailored perfectly to your motherboard. Engineered specifically for your board, this monoblock reliably cools your CPU and actively integrates the hot voltage regulators (VRMs) and the M.2 NVMe SSD located directly below the CPU socket into your custom loop. All critical motherboard components are kept ice-cold, even under full load. Just like the award-winning Apex 1 CPU cooler, this monoblock features an offset cold plate. This means the coolant flow hits the thermal hotspot of your AM5 CPU directly. In combination with the proven cross-slot structure and the innovative 3D Jetplate 2.0, this design generates high water pressure for extremely efficient heat dissipation. Ideal for heavy overclocking or demanding 24/7 operation. Quality you can feel: The cooler is CNC-milled from a solid block of copper and then chrome-plated. The robust G1/4" connection terminal is made of durable brass. Together with the chrome-plated copper base, this guarantees outstanding thermal conductivity and extreme durability. The sleek Apex design blends seamlessly into your motherboard's aesthetics. A true highlight: The monoblock features a perfectly integrated I/O cover. This ensures a highly harmonious overall look and merges optically as one with the design of your motherboard. This monoblock is the perfect symbiosis of performance, premium looks, and maximum functionality – the ultimate highlight for your custom loop! Features at a Glance: Full-Cover Cooling: CPU, VRMs, and M.2 SSD actively water-cooled Apex Performance: Offset cold plate for perfect contact with the AM5 hotspot High-Flow Design: Cross-slot structure & 3D Jetplate 2.0 for maximum flow rate Premium Materials: Chrome-plated copper base, elegant aluminum cover, and durable brass terminal Clean Aesthetics: Elegant top made of transparent acrylic and a perfectly integrated I/O cover for a clean look Compatibility: MSI MAG X870 Tomahawk WiFi (AM5) Technical Specifications: Dimensions (L x W x H) 180.94 x 173.07 x 48.50 mm Cold Plate Material Chrome-plated copper (Cu-HCP) Cover Material Aluminum (AlMg0.7Si) Cooler Top Material Acrylic (LXN865) Terminal Material Brass (CuZn39Pb3) Threads 2x G1/4" Max. Torque G1/4" 1.00 Nm Max. Torque M2.5 / M3 / M4 0.27 Nm / 0.48 Nm / 1.12 Nm Operating Temperature -20°C to 60°C (recommended: 20°C) Max. Tested Pressure 2.00 bar (recommended working pressure: 0.00 - 1.00 bar) Cooling Fins (Thickness / Spacing) 0.40 mm / 0.40 mm Cooling Technology Jet Engine Technical Specifications Thermal Pads: Thermal Conductivity: 7 W/mK Hardness (ASTM 2240): 35 Shore 00 Technical Specifications Thermal Paste (1g, Grey): Operating Temperature: -40°C to 120°C Density: 3.2 g/cm³ (ASTM D2196) Thermal Impedance: 0.1 +/- 0.01 °C in²/W (ASTM D5470) Warranty: 5 Years Important Notice: Please use only in combination with clear, transparent water cooling fluids. The particles and additives in pastel or show fluids can clog and permanently damage components such as radiators, pumps, coolers, and tubes. This may void the manufacturer's warranty.

The Alphacool Apex Monoblock is the ultimate all-in-one cooling solution for your system, combining brutal thermal performance with an elegant design tailored perfectly to your motherboard. Engineered specifically for your board, this monoblock reliably cools your CPU and actively integrates the hot voltage regulators (VRMs) and the M.2 NVMe SSD located directly below the CPU socket into your custom loop. All critical motherboard components are kept ice-cold, even under full load. Just like the award-winning Apex 1 CPU cooler, this monoblock features an offset cold plate. This means the coolant flow hits the thermal hotspot of your AM5 CPU directly. In combination with the proven cross-slot structure and the innovative 3D Jetplate 2.0, this design generates high water pressure for extremely efficient heat dissipation. Ideal for heavy overclocking or demanding 24/7 operation. Quality you can feel: The cooler is CNC-milled from a solid block of copper and then chrome-plated. The robust G1/4" connection terminal is made of durable brass. Together with the chrome-plated copper base, this guarantees outstanding thermal conductivity and extreme durability. The sleek Apex design blends seamlessly into your motherboard's aesthetics. A true highlight: The monoblock features a perfectly integrated I/O cover. This ensures a highly harmonious overall look and merges optically as one with the design of your motherboard. This monoblock is the perfect symbiosis of performance, premium looks, and maximum functionality – the ultimate highlight for your custom loop! Features at a Glance: Full-Cover Cooling: CPU, VRMs, and M.2 SSD actively water-cooled Apex Performance: Offset cold plate for perfect contact with the AM5 hotspot High-Flow Design: Cross-slot structure & 3D Jetplate 2.0 for maximum flow rate Premium Materials: Chrome-plated copper base, elegant aluminum cover, and durable brass terminal Clean Aesthetics: Elegant top made of transparent acrylic and a perfectly integrated I/O cover for a clean look Compatibility: MSI PRO X870-P WIFI AM5 Technical Specifications: Dimensions (L x W x H) 172.85 x 174.46 x 48.10 mm Cold Plate Material Chrome-plated copper (Cu-HCP) Cover Material Aluminum (AlMg0.7Si) Cooler Top Material Acrylic (LXN865) Terminal Material Brass (CuZn39Pb3) Threads 2x G1/4" Max. Torque G1/4" 1.00 Nm Max. Torque M3 / M4 0.48 Nm / 1.12 Nm Operating Temperature -20°C to 60°C (recommended: 20°C) Max. Tested Pressure 2.00 bar (recommended working pressure: 0.00 - 1.00 bar) Cooling Fins (Thickness / Spacing) 0.40 mm / 0.40 mm Cooling Technology Jet Engine Technical Specifications Thermal Pads: Thermal Conductivity: 7 W/mK Hardness (ASTM 2240): 35 Shore 00 Technical Specifications Thermal Paste (1g, Grey): Operating Temperature: -40°C to 120°C Density: 3.2 g/cm³ (ASTM D2196) Thermal Impedance: 0.1 +/- 0.01 °C in²/W (ASTM D5470) Warranty: 5 Years Important Notice: Please use only in combination with clear, transparent water cooling fluids. The particles and additives in pastel or show fluids can clog and permanently damage components such as radiators, pumps, coolers, and tubes. This may void the manufacturer's warranty.

The Alphacool Apex Monoblock is the ultimate all-in-one cooling solution for your system, combining brutal thermal performance with an elegant design tailored perfectly to your motherboard. Engineered specifically for your board, this monoblock reliably cools your CPU and actively integrates the hot voltage regulators (VRMs) and the M.2 NVMe SSD located directly below the CPU socket into your custom loop. All critical motherboard components are kept ice-cold, even under full load. Just like the award-winning Apex 1 CPU cooler, this monoblock features an offset cold plate. This means the coolant flow hits the thermal hotspot of your AM5 CPU directly. In combination with the proven cross-slot structure and the innovative 3D Jetplate 2.0, this design generates high water pressure for extremely efficient heat dissipation. Ideal for heavy overclocking or demanding 24/7 operation. Quality you can feel: The cooler is CNC-milled from a solid block of copper and then chrome-plated. The robust G1/4" connection terminal is made of durable brass. Together with the chrome-plated copper base, this guarantees outstanding thermal conductivity and extreme durability. The sleek Apex design blends seamlessly into your motherboard's aesthetics. A special highlight: The motherboard's original LED I/O cover remains fully intact and is perfectly complemented by the subtly integrated, Apex-signature aRGB lighting of the monoblock. This monoblock is the perfect symbiosis of performance, premium looks, and maximum functionality – the ultimate highlight for your custom loop! Features at a Glance: Full-Cover Cooling: CPU, VRMs, and M.2 SSD actively water-cooled Apex Performance: Offset cold plate for perfect contact with the AM5 hotspot High-Flow Design: Cross-slot structure & 3D Jetplate 2.0 for maximum flow rate Premium Materials: Chrome-plated copper base, elegant aluminum cover, and durable brass terminal Clean Aesthetics: Elegant top made of transparent acrylic with subtle aRGB lighting Compatibility: ASUS ROG STRIX X870E-E Gaming WIFI Technical Specifications: Dimensions (L x W x H) 194.25 x 204.50 x 48.30 mm Cold Plate Material Chrome-plated copper (Cu-HCP) Cover Material Aluminum (AlMg0.7Si) Cooler Top Material Acrylic (LXN865) Terminal Material Brass (CuZn39Pb3) Threads 2x G1/4" Max. Torque G1/4" 1.00 Nm Max. Torque M3 / M4 0.48 Nm / 1.12 Nm Operating Temperature -20°C to 60°C (recommended: 20°C) Max. Tested Pressure 2.00 bar (recommended working pressure: 0.00 - 1.00 bar) Cooling Fins (Thickness / Spacing) 0.40 mm / 0.40 mm Cooling Technology Jet Engine Technical Specifications Thermal Pads: Thermal Conductivity: 7 W/mK Hardness (ASTM 2240): 35 Shore 00 Technical Specifications Thermal Paste (1g, Grey): Operating Temperature: -40°C to 120°C Density: 3.2 g/cm³ (ASTM D2196) Thermal Impedance: 0.1 +/- 0.01 °C in²/W (ASTM D5470) Warranty: 5 Years Important Notice: Please use only in combination with clear, transparent water cooling fluids. The particles and additives in pastel or show fluids can clog and permanently damage components such as radiators, pumps, coolers, and tubes. This may void the manufacturer's warranty.

The Alphacool Apex Monoblock is the ultimate all-in-one cooling solution for your system, combining brutal thermal performance with an elegant design tailored perfectly to your motherboard. Engineered specifically for your board, this monoblock reliably cools your CPU and actively integrates the hot voltage regulators (VRMs) and the M.2 NVMe SSD located directly below the CPU socket into your custom loop. All critical motherboard components are kept ice-cold, even under full load. Just like the award-winning Apex 1 CPU cooler, this monoblock features an offset cold plate. This means the coolant flow hits the thermal hotspot of your AM5 CPU directly. In combination with the proven cross-slot structure and the innovative 3D Jetplate 2.0, this design generates high water pressure for extremely efficient heat dissipation. Ideal for heavy overclocking or demanding 24/7 operation. Quality you can feel: The cooler is CNC-milled from a solid block of copper and then chrome-plated. The robust G1/4" connection terminal is made of durable brass. Together with the chrome-plated copper base, this guarantees outstanding thermal conductivity and extreme durability. The sleek Apex design blends seamlessly into your motherboard's aesthetics. A true highlight: The monoblock features a perfectly integrated I/O cover. This ensures a highly harmonious overall look and merges optically as one with the design of your motherboard. This monoblock is the perfect symbiosis of performance, premium looks, and maximum functionality – the ultimate highlight for your custom loop! Features at a Glance: Full-Cover Cooling: CPU, VRMs, and M.2 SSD actively water-cooled Apex Performance: Offset cold plate for perfect contact with the AM5 hotspot High-Flow Design: Cross-slot structure & 3D Jetplate 2.0 for maximum flow rate Premium Materials: Chrome-plated copper base, elegant aluminum cover, and durable brass terminal Clean Aesthetics: Elegant top made of transparent acrylic and a perfectly integrated I/O cover for a clean look Compatibility: ASUS TUF GAMING X870-PLUS WIFI (AM5) Technical Specifications: Dimensions (L x W x H) 169.20 x 172.50 x 47.80 mm Cold Plate Material Chrome-plated copper (Cu-HCP) Cover Material Aluminum (AlMg0.7Si) Cooler Top Material Acrylic (LXN865) Terminal Material Brass (CuZn39Pb3) Threads 2x G1/4" Max. Torque G1/4" 1.00 Nm Max. Torque M2.5 / M3 / M4 0.27 Nm / 0.48 Nm / 1.12 Nm Operating Temperature -20°C to 60°C (recommended: 20°C) Max. Tested Pressure 2.00 bar (recommended working pressure: 0.00 - 1.00 bar) Cooling Fins (Thickness / Spacing) 0.40 mm / 0.40 mm Cooling Technology Jet Engine Technical Specifications Thermal Pads: Thermal Conductivity: 7 W/mK Hardness (ASTM 2240): 35 Shore 00 Technical Specifications Thermal Paste (1g, Grey): Operating Temperature: -40°C to 120°C Density: 3.2 g/cm³ (ASTM D2196) Thermal Impedance: 0.1 +/- 0.01 °C in²/W (ASTM D5470) Warranty: 5 Years Important Notice: Please use only in combination with clear, transparent water cooling fluids. The particles and additives in pastel or show fluids can clog and permanently damage components such as radiators, pumps, coolers, and tubes. This may void the manufacturer's warranty.

The Alphacool Apex Monoblock is the ultimate all-in-one cooling solution for your system, combining brutal thermal performance with an elegant design tailored perfectly to your motherboard. Engineered specifically for your board, this monoblock reliably cools your CPU and actively integrates the hot voltage regulators (VRMs) and the M.2 NVMe SSD located directly below the CPU socket into your custom loop. All critical motherboard components are kept ice-cold, even under full load. Just like the award-winning Apex 1 CPU cooler, this monoblock features an offset cold plate. This means the coolant flow hits the thermal hotspot of your AM5 CPU directly. In combination with the proven cross-slot structure and the innovative 3D Jetplate 2.0, this design generates high water pressure for extremely efficient heat dissipation. Ideal for heavy overclocking or demanding 24/7 operation. Quality you can feel: The cooler is CNC-milled from a solid block of copper and then chrome-plated. The robust G1/4" connection terminal is made of durable brass. Together with the chrome-plated copper base, this guarantees outstanding thermal conductivity and extreme durability. The sleek Apex design blends seamlessly into your motherboard's aesthetics. A true highlight: The monoblock features a perfectly integrated I/O cover. This ensures a highly harmonious overall look and merges optically as one with the design of your motherboard. This monoblock is the perfect symbiosis of performance, premium looks, and maximum functionality – the ultimate highlight for your custom loop! Features at a Glance: Full-Cover Cooling: CPU, VRMs, and M.2 SSD actively water-cooled Apex Performance: Offset cold plate for perfect contact with the AM5 hotspot High-Flow Design: Cross-slot structure & 3D Jetplate 2.0 for maximum flow rate Premium Materials: Chrome-plated copper base, elegant aluminum cover, and durable brass terminal Clean Aesthetics: Elegant top made of transparent acrylic and a perfectly integrated I/O cover for a clean look Compatibility: GIGABYTE X870E AORUS ELITE WIFI7 (Rev. 1.0/1.1) Technical Specifications: Dimensions (L x W x H) 176.97 x 175.00 x 54.70 mm Cold Plate Material Chrome-plated copper (Cu-HCP) Cover Material Aluminum (AlMg0.7Si) Cooler Top Material Acrylic (LXN865) Terminal Material Brass (CuZn39Pb3) Threads 2x G1/4" Max. Torque G1/4" 1.00 Nm Max. Torque M2.5 / M3 / M4 0.27 Nm / 0.48 Nm / 1.12 Nm Operating Temperature -20°C to 60°C (recommended: 20°C) Max. Tested Pressure 2.00 bar (recommended working pressure: 0.00 - 1.00 bar) Cooling Fins (Thickness / Spacing) 0.40 mm / 0.40 mm Cooling Technology Jet Engine Technical Specifications Thermal Pads: Thermal Conductivity: 7 W/mK Hardness (ASTM 2240): 35 Shore 00 Technical Specifications Thermal Paste (1g, Grey): Operating Temperature: -40°C to 120°C Density: 3.2 g/cm³ (ASTM D2196) Thermal Impedance: 0.1 +/- 0.01 °C in²/W (ASTM D5470) Warranty: 5 Years Important Notice: Please use only in combination with clear, transparent water cooling fluids. The particles and additives in pastel or show fluids can clog and permanently damage components such as radiators, pumps, coolers, and tubes. This may void the manufacturer's warranty.

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 a 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 heat thermal pads acts similar 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. Technical data L x W x H 100 x 100 x 1 mm Colour grey Specific Gravitiy ASTM D792 3,4 g/cc Thermal Conductivity ASTM D5470 11.0 W/mK Hardness ASTM 2240 72 Shore OO Useful Temperature -40 to +150 °C Volume Resistivity ASTM D257 1.0x1011 Ohm-m Dielectric Constant ASTM D150 7,2 MHz Dielectric Breakdown Voltage ASTM D149 14 kV/mm Flame Rating UL 94 V-0 Weight 40 g Download Datasheet PDF: Alphacool Apex Soft Thermal Pad 11W/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 a 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 heat thermal pads acts similar 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. Technical data L x W x H 120 x 20 x 1 mm Colour Grey Specific Gravitiy ASTM D792 3,4 g/cc Thermal Conductivity ASTM D5470 11.0 W/mK Hardness ASTM 2240 72 Shore OO Useful Temperature -40 to +150 °C Volume Resistivity ASTM D257 1.0x1011 Ohm-m Dielectric Constant ASTM D150 7,2 MHz Dielectric Breakdown Voltage ASTM D149 14 kV/mm Flame Rating UL 94 V-0 Weight 20 g Download Datasheet PDF: Alphacool Apex Soft Thermal Pad 11W/mk 2x 120x20x1mm

The Apex Soft thermal pads are Alphacool’s high-end solution in the field of thermal interface materials. Thanks to their outstanding properties, they can almost be compared to thermal paste. Apex Soft thermal pads conform much better to components, resulting in a significant improvement in cooling performance.The material used in Apex Soft pads behaves similarly to thermal paste. Its consistency prevents higher-standing components, such as voltage regulators or VRAMs, from being subjected to excessive mounting pressure from the cooler — which, in the worst case, could lead to PCB bending. Apex Soft pads fill surface irregularities more effectively and conform more closely to component shapes, which significantly enhances thermal transfer between the cooler and the hardware.The special material also does not dry out over time. Standard thermal pads often begin to bleed silicone over time, making them hard and drastically reducing their performance. This is not the case with Apex Soft pads. They can be used for much longer periods without a noticeable drop in performance.When cutting the pads to size, it’s important to leave the protective film on. This allows the pads to be easily cut with scissors — just like cutting paper. The cut edges remain clean and do not fray.Alphacool’s Apex Soft thermal pads offer significantly better performance than conventional thermal pads in many aspects and are the perfect replacement for old or underperforming pads. Technical data thermal padDimensions (L x W x H)100 x 100 x 1,0mmSpecific gravity (ASTM D792)3.2 g/ccThermal Conductivity14.0 W/mKHardness (ASTM D2240)80 Shore OOWorking temperature-40 to +150 °CVolume Resistance (ASTM D257)1.0x10^11 Ohm-mDielectric Breakdown Voltage (ASTM D150)6.8 MHzDensity (ASTM D792)3.6 g/cm³ (±10%)Dielectric breakdown (ASTM D149)13 kV/mmFlame Rating (UL 94)V-0Colorgrey

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 a 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 heat thermal pads acts similar 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. Technical data L x W x H 120 x 20 x 1 mm Colour Grey Specific Gravitiy ASTM D792 3,2 g/cc Thermal Conductivity ASTM D5470 14.0 W/mK Hardness ASTM 2240 80 Shore OO Useful Temperature -40 to +150 °C Volume Resistivity ASTM D257 1.0x1011 Ohm-m Dielectric Constant ASTM D150 6,8 MHz Dielectric Breakdown Voltage ASTM D149 13 kV/mm Flame Rating UL 94 V-0 Weight 20 g Download Datasheet PDF: Alphacool Apex Soft Thermal Pad 14W/mk 2x 120x20x1mm

Alphacool offers a wide range of thermal pads for effective heat dissipation of electric components. Among these, the Apex thermal pad is the most powerful option. It can reliably dissipate heat and is versatile due to its strong compressibility.Powerful!Alphacool's Apex thermal pad is a silicone-based ultra-soft thermal pad with optimal compressibility. Due to its low hardness and natural stickiness, it perfectly adapts to surfaces, compensates for irregularities between components, and significantly improves heat transfer.Increased lifespan!Thanks to its unique material composition, the Apex thermal pad has a significantly reduced risk of silicone bleeding. It is capable of reliably cooling for a much longer period than conventional thermal pads without significant performance losses.Versatile!Due to its excellent electrical insulation, the thermal pad is also suitable for cooling electric components in a variety of devices, including electric vehicles, autopilot systems, mobile phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunications devices, access points, memory modules, and much more. Technical data thermal padDimensions (L x W x H)100 x 100 x 0,5mmThermal Conductivity (ASTM D5470)16.6 W/mK (±10%)Hardness (ASTM D2240)65 (Shore 00) (±5)Working temperature-50 to ~150°CVolume Resistance (ASTM D257)5×10¹² Ohm-mDielectric Breakdown Voltage (ASTM D149)5 KV/mm (±10%)Density (ASTM D792)3.6 g/cm³ (±10%)Elongation (ASTM D412)20%Weight Loss (ASTM E595)less than 1%Flame Rating (UL 94)V-0Colordark grey

Alphacool offers a wide range of thermal pads for effective heat dissipation of electric components. Among these, the Apex thermal pad is the most powerful option. It can reliably dissipate heat and is versatile due to its strong compressibility.Powerful!Alphacool's Apex thermal pad is a silicone-based ultra-soft thermal pad with optimal compressibility. Due to its low hardness and natural stickiness, it perfectly adapts to surfaces, compensates for irregularities between components, and significantly improves heat transfer.Increased lifespan!Thanks to its unique material composition, the Apex thermal pad has a significantly reduced risk of silicone bleeding. It is capable of reliably cooling for a much longer period than conventional thermal pads without significant performance losses.Versatile!Due to its excellent electrical insulation, the thermal pad is also suitable for cooling electric components in a variety of devices, including electric vehicles, autopilot systems, mobile phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunications devices, access points, memory modules, and much more. Technical data thermal padDimensions (L x W x H)100 x 100 x 1,5mmThermal Conductivity (ASTM D5470)16.6 W/mK (±10%)Hardness (ASTM D2240)65 (Shore 00) (±5)Working temperature-50 to ~150°CVolume Resistance (ASTM D257)5×10¹² Ohm-mDielectric Breakdown Voltage (ASTM D149)5 KV/mm (±10%)Density (ASTM D792)3.6 g/cm³ (±10%)Elongation (ASTM D412)20%Weight Loss (ASTM E595)less than 1%Flame Rating (UL 94)V-0Colordark grey

Alphacool offers a wide range of thermal pads for effective heat dissipation of electric components. Among these, the Apex thermal pad is the most powerful option. It can reliably dissipate heat and is versatile due to its strong compressibility.Powerful!Alphacool's Apex thermal pad is a silicone-based ultra-soft thermal pad with optimal compressibility. Due to its low hardness and natural stickiness, it perfectly adapts to surfaces, compensates for irregularities between components, and significantly improves heat transfer.Increased lifespan!Thanks to its unique material composition, the Apex thermal pad has a significantly reduced risk of silicone bleeding. It is capable of reliably cooling for a much longer period than conventional thermal pads without significant performance losses.Versatile!Due to its excellent electrical insulation, the thermal pad is also suitable for cooling electric components in a variety of devices, including electric vehicles, autopilot systems, mobile phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunications devices, access points, memory modules, and much more. Technical data thermal padDimensions (L x W x H)100 x 100 x 1mmThermal Conductivity (ASTM D5470)16.6 W/mK (±10%)Hardness (ASTM D2240)65 (Shore 00) (±5)Working temperature-50 to ~150°CVolume Resistance (ASTM D257)5×10¹² Ohm-mDielectric Breakdown Voltage (ASTM D149)5 KV/mm (±10%)Density (ASTM D792)3.6 g/cm³ (±10%)Elongation (ASTM D412)20%Weight Loss (ASTM E595)less than 1%Flame Rating (UL 94)V-0Colordark grey

Alphacool offers a wide range of thermal pads for effective heat dissipation of electric components. Among these, the Apex thermal pad is the most powerful option. It can reliably dissipate heat and is versatile due to its strong compressibility.Powerful!Alphacool's Apex thermal pad is a silicone-based ultra-soft thermal pad with optimal compressibility. Due to its low hardness and natural stickiness, it perfectly adapts to surfaces, compensates for irregularities between components, and significantly improves heat transfer.Increased lifespan!Thanks to its unique material composition, the Apex thermal pad has a significantly reduced risk of silicone bleeding. It is capable of reliably cooling for a much longer period than conventional thermal pads without significant performance losses.Versatile!Due to its excellent electrical insulation, the thermal pad is also suitable for cooling electric components in a variety of devices, including electric vehicles, autopilot systems, mobile phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunications devices, access points, memory modules, and much more. Technical data thermal padDimensions (L x W x H)120 x 20 x 0,5mmThermal Conductivity (ASTM D5470)16.6 W/mK (±10%)Hardness (ASTM D2240)65 (Shore 00) (±5)Working temperature-50 to ~150°CVolume Resistance (ASTM D257)5×10¹² Ohm-mDielectric Breakdown Voltage (ASTM D149)5 KV/mm (±10%)Density (ASTM D792)3.6 g/cm³ (±10%)Elongation (ASTM D412)20%Weight Loss (ASTM E595)less than 1%Flame Rating (UL 94)V-0Colordark grey

Alphacool offers a wide range of thermal pads for effective heat dissipation of electric components. Among these, the Apex thermal pad is the most powerful option. It can reliably dissipate heat and is versatile due to its strong compressibility.Powerful!Alphacool's Apex thermal pad is a silicone-based ultra-soft thermal pad with optimal compressibility. Due to its low hardness and natural stickiness, it perfectly adapts to surfaces, compensates for irregularities between components, and significantly improves heat transfer.Increased lifespan!Thanks to its unique material composition, the Apex thermal pad has a significantly reduced risk of silicone bleeding. It is capable of reliably cooling for a much longer period than conventional thermal pads without significant performance losses.Versatile!Due to its excellent electrical insulation, the thermal pad is also suitable for cooling electric components in a variety of devices, including electric vehicles, autopilot systems, mobile phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunications devices, access points, memory modules, and much more. Technical data thermal padDimensions (L x W x H)120 x 20 x 1,5mmThermal Conductivity (ASTM D5470)16.6 W/mK (±10%)Hardness (ASTM D2240)65 (Shore 00) (±5)Working temperature-50 to ~150°CVolume Resistance (ASTM D257)5×10¹² Ohm-mDielectric Breakdown Voltage (ASTM D149)5 KV/mm (±10%)Density (ASTM D792)3.6 g/cm³ (±10%)Elongation (ASTM D412)20%Weight Loss (ASTM E595)less than 1%Flame Rating (UL 94)V-0Colordark grey

Alphacool offers a wide range of thermal pads for effective heat dissipation of electric components. Among these, the Apex thermal pad is the most powerful option. It can reliably dissipate heat and is versatile due to its strong compressibility.Powerful!Alphacool's Apex thermal pad is a silicone-based ultra-soft thermal pad with optimal compressibility. Due to its low hardness and natural stickiness, it perfectly adapts to surfaces, compensates for irregularities between components, and significantly improves heat transfer.Increased lifespan!Thanks to its unique material composition, the Apex thermal pad has a significantly reduced risk of silicone bleeding. It is capable of reliably cooling for a much longer period than conventional thermal pads without significant performance losses.Versatile!Due to its excellent electrical insulation, the thermal pad is also suitable for cooling electric components in a variety of devices, including electric vehicles, autopilot systems, mobile phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunications devices, access points, memory modules, and much more. Technical data thermal padDimensions (L x W x H)120 x 20 x 1mmThermal Conductivity (ASTM D5470)16.6 W/mK (±10%)Hardness (ASTM D2240)65 (Shore 00) (±5)Working temperature-50 to ~150°CVolume Resistance (ASTM D257)5×10¹² Ohm-mDielectric Breakdown Voltage (ASTM D149)5 KV/mm (±10%)Density (ASTM D792)3.6 g/cm³ (±10%)Elongation (ASTM D412)20%Weight Loss (ASTM E595)less than 1%Flame Rating (UL 94)V-0Colordark grey

Alphacool offers a wide range of thermal pads for effective heat dissipation of electric components. Among these, the Apex thermal pad is the most powerful option. It can reliably dissipate heat and is versatile due to its strong compressibility.Powerful!Alphacool's Apex thermal pad is a silicone-based ultra-soft thermal pad with optimal compressibility. Due to its low hardness and natural stickiness, it perfectly adapts to surfaces, compensates for irregularities between components, and significantly improves heat transfer.Increased lifespan!Thanks to its unique material composition, the Apex thermal pad has a significantly reduced risk of silicone bleeding. It is capable of reliably cooling for a much longer period than conventional thermal pads without significant performance losses.Versatile!Due to its excellent electrical insulation, the thermal pad is also suitable for cooling electric components in a variety of devices, including electric vehicles, autopilot systems, mobile phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunications devices, access points, memory modules, and much more. Technical data thermal padDimensions (L x W x H)100 x 100 x 0,5mmThermal Conductivity (ASTM D5470)17.8 W/mK (±10%)Hardness (ASTM D2240)65 (Shore 00) (±5)Working temperature-50 to ~150°CVolume Resistance (ASTM D257)6×10¹² Ohm-mDielectric Breakdown Voltage (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 Rating (UL 94)V-0Colorlight grey

Alphacool offers a wide range of thermal pads for effective heat dissipation of electric components. Among these, the Apex thermal pad is the most powerful option. It can reliably dissipate heat and is versatile due to its strong compressibility.Powerful!Alphacool's Apex thermal pad is a silicone-based ultra-soft thermal pad with optimal compressibility. Due to its low hardness and natural stickiness, it perfectly adapts to surfaces, compensates for irregularities between components, and significantly improves heat transfer.Increased lifespan!Thanks to its unique material composition, the Apex thermal pad has a significantly reduced risk of silicone bleeding. It is capable of reliably cooling for a much longer period than conventional thermal pads without significant performance losses.Versatile!Due to its excellent electrical insulation, the thermal pad is also suitable for cooling electric components in a variety of devices, including electric vehicles, autopilot systems, mobile phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunications devices, access points, memory modules, and much more. Technical data thermal padDimensions (L x W x H)100 x 100 x 1,5mmThermal Conductivity (ASTM D5470)17.8 W/mK (±10%)Hardness (ASTM D2240)65 (Shore 00) (±5)Working temperature-50 to ~150°CVolume Resistance (ASTM D257)6×10¹² Ohm-mDielectric Breakdown Voltage (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 Rating (UL 94)V-0Colorlight grey

Alphacool offers a wide range of thermal pads for effective heat dissipation of electric components. Among these, the Apex thermal pad is the most powerful option. It can reliably dissipate heat and is versatile due to its strong compressibility.Powerful!Alphacool's Apex thermal pad is a silicone-based ultra-soft thermal pad with optimal compressibility. Due to its low hardness and natural stickiness, it perfectly adapts to surfaces, compensates for irregularities between components, and significantly improves heat transfer.Increased lifespan!Thanks to its unique material composition, the Apex thermal pad has a significantly reduced risk of silicone bleeding. It is capable of reliably cooling for a much longer period than conventional thermal pads without significant performance losses.Versatile!Due to its excellent electrical insulation, the thermal pad is also suitable for cooling electric components in a variety of devices, including electric vehicles, autopilot systems, mobile phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunications devices, access points, memory modules, and much more. Technical data thermal padDimensions (L x W x H)100 x 100 x 1mmThermal Conductivity (ASTM D5470)17.8 W/mK (±10%)Hardness (ASTM D2240)65 (Shore 00) (±5)Working temperature-50 to ~150°CVolume Resistance (ASTM D257)6×10¹² Ohm-mDielectric Breakdown Voltage (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 Rating (UL 94)V-0Colorlight grey

Alphacool offers a wide range of thermal pads for effective heat dissipation of electric components. Among these, the Apex thermal pad is the most powerful option. It can reliably dissipate heat and is versatile due to its strong compressibility.Powerful!Alphacool's Apex thermal pad is a silicone-based ultra-soft thermal pad with optimal compressibility. Due to its low hardness and natural stickiness, it perfectly adapts to surfaces, compensates for irregularities between components, and significantly improves heat transfer.Increased lifespan!Thanks to its unique material composition, the Apex thermal pad has a significantly reduced risk of silicone bleeding. It is capable of reliably cooling for a much longer period than conventional thermal pads without significant performance losses.Versatile!Due to its excellent electrical insulation, the thermal pad is also suitable for cooling electric components in a variety of devices, including electric vehicles, autopilot systems, mobile phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunications devices, access points, memory modules, and much more. Technical data thermal padDimensions (L x W x H)120 x 20 x 0,5mmThermal Conductivity (ASTM D5470)17.8 W/mK (±10%)Hardness (ASTM D2240)65 (Shore 00) (±5)Working temperature-50 to ~150°CVolume Resistance (ASTM D257)6×10¹² Ohm-mDielectric Breakdown Voltage (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 Rating (UL 94)V-0Colorlight grey

Alphacool offers a wide range of thermal pads for effective heat dissipation of electric components. Among these, the Apex thermal pad is the most powerful option. It can reliably dissipate heat and is versatile due to its strong compressibility.Powerful!Alphacool's Apex thermal pad is a silicone-based ultra-soft thermal pad with optimal compressibility. Due to its low hardness and natural stickiness, it perfectly adapts to surfaces, compensates for irregularities between components, and significantly improves heat transfer.Increased lifespan!Thanks to its unique material composition, the Apex thermal pad has a significantly reduced risk of silicone bleeding. It is capable of reliably cooling for a much longer period than conventional thermal pads without significant performance losses.Versatile!Due to its excellent electrical insulation, the thermal pad is also suitable for cooling electric components in a variety of devices, including electric vehicles, autopilot systems, mobile phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunications devices, access points, memory modules, and much more. Technical data thermal padDimensions (L x W x H)120 x 20 x 1,5mmThermal Conductivity (ASTM D5470)17.8 W/mK (±10%)Hardness (ASTM D2240)65 (Shore 00) (±5)Working temperature-50 to ~150°CVolume Resistance (ASTM D257)6×10¹² Ohm-mDielectric Breakdown Voltage (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 Rating (UL 94)V-0Colorlight grey

Alphacool offers a wide range of thermal pads for effective heat dissipation of electric components. Among these, the Apex thermal pad is the most powerful option. It can reliably dissipate heat and is versatile due to its strong compressibility.Powerful!Alphacool's Apex thermal pad is a silicone-based ultra-soft thermal pad with optimal compressibility. Due to its low hardness and natural stickiness, it perfectly adapts to surfaces, compensates for irregularities between components, and significantly improves heat transfer.Increased lifespan!Thanks to its unique material composition, the Apex thermal pad has a significantly reduced risk of silicone bleeding. It is capable of reliably cooling for a much longer period than conventional thermal pads without significant performance losses.Versatile!Due to its excellent electrical insulation, the thermal pad is also suitable for cooling electric components in a variety of devices, including electric vehicles, autopilot systems, mobile phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunications devices, access points, memory modules, and much more. Technical data thermal padDimensions (L x W x H)120 x 20 x 1mmThermal Conductivity (ASTM D5470)17.8 W/mK (±10%)Hardness (ASTM D2240)65 (Shore 00) (±5)Working temperature-50 to ~150°CVolume Resistance (ASTM D257)6×10¹² Ohm-mDielectric Breakdown Voltage (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 Rating (UL 94)V-0Colorlight grey

Alphacool Apex Thermal Putty – The Flexible High-End Alternative to Thermal Pads Alphacool Apex Thermal Putty is a high-performance thermal compound specifically engineered for cooling and protecting sensitive electronic components. As a non-curing, electrically non-conductive silicone gel, it provides the perfect solution for reliably bridging gaps and tolerances between heat sinks and hardware. Why Choose Apex Thermal Putty? Maximum Flexibility: Thanks to its gel-like consistency, the putty adapts perfectly to varying gap heights under slight pressure – ideal for memory chips (VRAM) and voltage regulators. Mechanical Protection: Unlike rigid pads, mechanical pressure on components is minimized, effectively preventing damage to sensitive hardware. Low Thermal Resistance: The optimized formula allows for an extremely thin Bond Line Thickness (BLT), significantly improving heat dissipation compared to conventional solutions. Long-Term Stability: High vertical stability ensures the material won't sag, dry out, or crack. Adjacent components remain clean and protected. Technical Highlights: Electrically Non-Conductive: No risk of short circuits when in contact with traces or components. Form-Stable: Stays exactly where applied, even at high temperatures and in vertical mounting positions. Applications: Perfect for modern graphics cards, consoles, and industrial applications with high thermal demands.

Alphacool Apex Thermal Putty – The Flexible High-End Alternative to Thermal Pads Alphacool Apex Thermal Putty is a high-performance thermal compound specifically engineered for cooling and protecting sensitive electronic components. As a non-curing, electrically non-conductive silicone gel, it provides the perfect solution for reliably bridging gaps and tolerances between heat sinks and hardware. Why Choose Apex Thermal Putty? Maximum Flexibility: Thanks to its gel-like consistency, the putty adapts perfectly to varying gap heights under slight pressure – ideal for memory chips (VRAM) and voltage regulators. Mechanical Protection: Unlike rigid pads, mechanical pressure on components is minimized, effectively preventing damage to sensitive hardware. Low Thermal Resistance: The optimized formula allows for an extremely thin Bond Line Thickness (BLT), significantly improving heat dissipation compared to conventional solutions. Long-Term Stability: High vertical stability ensures the material won't sag, dry out, or crack. Adjacent components remain clean and protected. Technical Highlights: Electrically Non-Conductive: No risk of short circuits when in contact with traces or components. Form-Stable: Stays exactly where applied, even at high temperatures and in vertical mounting positions. Applications: Perfect for modern graphics cards, consoles, and industrial applications with high thermal demands.

Alphacool's double-sided adhesive Core thermal pad can be used to cool electronic components of all kinds where it is important to effectively dissipate waste heat. This significantly improves the performance and durability of the components. The assembly is significantly simplified by the material-related tackiness.Flexible and PowerfulDue to its material composition, the thermal conductive pad is reliable and powerful. With its low thickness, it offers a wide range of application possibilities. It can be flexibly cut to size for individual needs. The adhesive nature allows effortless mounting of electrical components such as DDR modules, motherboard components or power supplies. Technical dataDimensions (L x W x H)50 x 50 x 0.25mmThermal Conductivity (ASTM D5470)1 W/mK ±10%Thickness (ASTM D374)0.25 mmReinforcement CarrierFiberglass meshContinuous Working Temperature-30~+120 °CShort time use temperature (30sec)180 °CDensity (ASTM D792)1.2 g/cm³Holding Power 1000g@25° Cusing 1 in² (PSTC-7)>3000 min180° Peeling Strength (aluminum) (PSTC-101)>16 N / 25mmDielectric Breakdown Voltage (AC) (ASTM D149)3 KV ±10%Thermal Impedance @10psi (ASTM D5470)1.26 C-in² / WThermal Impedance @30psi (ASTM D5470)1.06 C-in² / WThermal Impedance @50psi (ASTM D5470)1.05 C-in² / WColorwhite

Alphacool's Core product series is characterized by high quality, outstanding performance, and a consistent, functional design language.The copper cooler, as well as the end terminal, is milled from a single piece of copper and forms the core of this cooler. The precise workmanship, together with the hard and durable chrome plating that covers the entire copper cooler, meets the highest quality standards. The chrome-plated brass G1/4" threads integrated on both sides are visually distinct from the terminal and represent a central element of the new design language featured throughout the Core series.The aluminum backplate, designed to match, together with the terminal, forms the complete unit and enhances the back of the cooler with a clean and unified look. The lighting features digitally addressable RGB LEDs that evenly and effectively illuminate the entire cooler.Technical innovations are evident in the water delivery to the jet plate as well as the optimization of the jet plate itself. The jet plate has been entirely redesigned based on numerous simulations and practical tests in cooperation with board partners. The fin thickness and spacing have been improved, the cooling surface has been increased, and water flow to the core components with the highest heat generation has been optimized. The included special soft thermal pads, with up to 7 W/mK, adapt perfectly even to the smallest tolerances. Compatibility:- AMD Radeon RX 7900 XTX, 24GB GDDR6- ASRock Radeon RX 7900 XTX, 24GB GDDR6- Asus Radeon RX 7900 XTX, RX7900XTX-24G, 24GB GDDR6 (90YV0IT0-U0NM00)- Biostar Radeon RX 7900 XTX, 24GB GDDR6 (VA7906AEF4)- Gigabyte Radeon RX 7900 XTX 24G, 24GB GDDR6 (GV-R79XTX-24GC-B)- PowerColor Radeon RX 7900 XTX, 24GB GDDR6 (RX 7900 XTX 24G)- XFX Radeon RX 7900 XTX, 24GB GDDR6 (RX-79XMBABF9) Technical data coolerDimensions (L x W x H)269 x 135 x 32.15mmMaterial coolerchrome-plated copperMaterial cooler topacrylicMax working temperature60°CPressure tested0.8 barThreads4 x G1/4"Thickness cooler bottom11.3mmThickness cooling fins0.4mmDistance cooling fins0.4mmIlluminationdigital aRGB LEDsPower connector digital aRGB LEDs3-Pin JSTPower digital aRGB LEDs5VNumber of digital aRGB LEDs15ColortransparentTechnical data backplateDimensions (L x W x H)269 x 221 x 5mmMaterialaluminiumColorblackWarranty: 3 years Warranty Terms

Alphacool's performance thermal pad can be used to cool electronic components of all kinds where it is essential to effectively dissipate waste heat. In addition to voltage converters and VRAMs on graphics cards, electronic components of Playstation and Xbox game consoles can also be cooled, greatly improving their performance and durability. Better than standard thermal pads? The silicone-based Soft heat conduction pad is characterized by optimal compressibility. Due to its low hardness and a natural stickiness, the Core thermal pad adapts perfectly to surfaces, compensates for unevenness between components and thus ensures a significant improvement in heat transfer. Increased service life! The special material composition of the Core thermal pad reduces the risk of silicone bleeding. It can be used for a substantially longer period of time than conventional heat conduction pads without significantly losing performance. Versatile use! Due to its excellent electrical insulation (electrically non-conductive), Alphacool's thermal pad can also be used to cool electronic components in electric vehicles, autopilot systems, cell phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunication devices, access points, memory modules, etc. Technical data thermal pad Dimensions (L x W x H): 120 x 20 x 0,5mm Thermal Conductivity (ASTM D5470): 9.0 W/mK (±10%) Hardness (ASTM D2240): 50 (Shore 00) (±15) Working temperature: -50 to ~180°C Volume Resistance (ASTM D257): 1×10¹² Ohm-m Dielectric Breakdown Voltage (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 Rating (UL 94): V-0 Color: pink

Alphacool's performance thermal pad can be used to cool electronic components of all kinds where it is essential to effectively dissipate waste heat. In addition to voltage converters and VRAMs on graphics cards, electronic components of Playstation and Xbox game consoles can also be cooled, greatly improving their performance and durability. Better than standard thermal pads? The silicone-based Soft heat conduction pad is characterized by optimal compressibility. Due to its low hardness and a natural stickiness, the Core thermal pad adapts perfectly to surfaces, compensates for unevenness between components and thus ensures a significant improvement in heat transfer. Increased service life! The special material composition of the Core thermal pad reduces the risk of silicone bleeding. It can be used for a substantially longer period of time than conventional heat conduction pads without significantly losing performance. Versatile use! Due to its excellent electrical insulation (electrically non-conductive), Alphacool's thermal pad can also be used to cool electronic components in electric vehicles, autopilot systems, cell phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunication devices, access points, memory modules, etc. Technical data thermal pad Dimensions (L x W x H): 120 x 20 x 1mm Thermal Conductivity (ASTM D5470): 9.0 W/mK (±10%) Hardness (ASTM D2240): 50 (Shore 00) (±15) Working temperature: -50 to ~180°C Volume Resistance (ASTM D257): 1×10¹² Ohm-m Dielectric Breakdown Voltage (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 Rating (UL 94): V-0 Color: pink

Alphacool's performance thermal pad can be used to cool electronic components of all kinds where it is essential to effectively dissipate waste heat. In addition to voltage converters and VRAMs on graphics cards, electronic components of Playstation and Xbox game consoles can also be cooled, greatly improving their performance and durability.Better than standard thermal pads?The silicone-based Soft heat conduction pad is characterized by optimal compressibility. Due to its low hardness and a natural stickiness, the Core thermal pad adapts perfectly to surfaces, compensates for unevenness between components and thus ensures a significant improvement in heat transfer.Increased service life!The special material composition of the Core thermal pad reduces the risk of silicone bleeding. It can be used for a substantially longer period of time than conventional heat conduction pads without significantly losing performance.Versatile use!Due to its excellent electrical insulation (electrically non-conductive), Alphacool's thermal pad can also be used to cool electronic components in electric vehicles, autopilot systems, cell phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunication devices, access points, memory modules, etc. Technical data thermal padDimensions (L x W x H)100 x 100 x 0,5mmThermal Conductivity (ASTM D5470)6.2 W/mK (±10%)Hardness (ASTM D412)50 (Shore 00) (±15)Working temperature-50 to ~150°CVolume Resistance (ASTM D257)1×10¹³ Ohm-mDielectric Breakdown Voltage (ASTM D149)6 KV/mm (±10%)Density (ASTM D792)3.1 g/cm³ (±10%)Elongation (ASTM D412)50%Weight Loss (ASTM E595)less than 1%Flame Rating (UL 94)V-0Colorblue

Alphacool's performance thermal pad can be used to cool electronic components of all kinds where it is essential to effectively dissipate waste heat. In addition to voltage converters and VRAMs on graphics cards, electronic components of Playstation and Xbox game consoles can also be cooled, greatly improving their performance and durability.Better than standard thermal pads?The silicone-based Soft heat conduction pad is characterized by optimal compressibility. Due to its low hardness and a natural stickiness, the Core thermal pad adapts perfectly to surfaces, compensates for unevenness between components and thus ensures a significant improvement in heat transfer.Increased service life!The special material composition of the Core thermal pad reduces the risk of silicone bleeding. It can be used for a substantially longer period of time than conventional heat conduction pads without significantly losing performance.Versatile use!Due to its excellent electrical insulation (electrically non-conductive), Alphacool's thermal pad can also be used to cool electronic components in electric vehicles, autopilot systems, cell phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunication devices, access points, memory modules, etc. Technical data thermal padDimensions (L x W x H)100 x 100 x 1,5mmThermal Conductivity (ASTM D5470)6.2 W/mK (±10%)Hardness (ASTM D412)50 (Shore 00) (±15)Working temperature-50 to ~150°CVolume Resistance (ASTM D257)1×10¹³ Ohm-mDielectric Breakdown Voltage (ASTM D149)6 KV/mm (±10%)Density (ASTM D792)3.1 g/cm³ (±10%)Elongation (ASTM D412)50%Weight Loss (ASTM E595)less than 1%Flame Rating (UL 94)V-0Colorblue

Alphacool's performance thermal pad can be used to cool electronic components of all kinds where it is essential to effectively dissipate waste heat. In addition to voltage converters and VRAMs on graphics cards, electronic components of Playstation and Xbox game consoles can also be cooled, greatly improving their performance and durability.Better than standard thermal pads?The silicone-based Soft heat conduction pad is characterized by optimal compressibility. Due to its low hardness and a natural stickiness, the Core thermal pad adapts perfectly to surfaces, compensates for unevenness between components and thus ensures a significant improvement in heat transfer.Increased service life!The special material composition of the Core thermal pad reduces the risk of silicone bleeding. It can be used for a substantially longer period of time than conventional heat conduction pads without significantly losing performance.Versatile use!Due to its excellent electrical insulation (electrically non-conductive), Alphacool's thermal pad can also be used to cool electronic components in electric vehicles, autopilot systems, cell phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunication devices, access points, memory modules, etc. Technical data thermal padDimensions (L x W x H)100 x 100 x 1mmThermal Conductivity (ASTM D5470)6.2 W/mK (±10%)Hardness (ASTM D412)50 (Shore 00) (±15)Working temperature-50 to ~150°CVolume Resistance (ASTM D257)1×10¹³ Ohm-mDielectric Breakdown Voltage (ASTM D149)6 KV/mm (±10%)Density (ASTM D792)3.1 g/cm³ (±10%)Elongation (ASTM D412)50%Weight Loss (ASTM E595)less than 1%Flame Rating (UL 94)V-0Colorblue

Alphacool's performance thermal pad can be used to cool electronic components of all kinds where it is essential to effectively dissipate waste heat. In addition to voltage converters and VRAMs on graphics cards, electronic components of Playstation and Xbox game consoles can also be cooled, greatly improving their performance and durability.Better than standard thermal pads?The silicone-based Soft heat conduction pad is characterized by optimal compressibility. Due to its low hardness and a natural stickiness, the Core thermal pad adapts perfectly to surfaces, compensates for unevenness between components and thus ensures a significant improvement in heat transfer.Increased service life!The special material composition of the Core thermal pad reduces the risk of silicone bleeding. It can be used for a substantially longer period of time than conventional heat conduction pads without significantly losing performance.Versatile use!Due to its excellent electrical insulation (electrically non-conductive), Alphacool's thermal pad can also be used to cool electronic components in electric vehicles, autopilot systems, cell phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunication devices, access points, memory modules, etc. Technical data thermal padDimensions (L x W x H)100 x 100 x 2mmThermal Conductivity (ASTM D5470)6.2 W/mK (±10%)Hardness (ASTM D412)50 (Shore 00) (±15)Working temperature-50 to ~150°CVolume Resistance (ASTM D257)1×10¹³ Ohm-mDielectric Breakdown Voltage (ASTM D149)6 KV/mm (±10%)Density (ASTM D792)3.1 g/cm³ (±10%)Elongation (ASTM D412)50%Weight Loss (ASTM E595)less than 1%Flame Rating (UL 94)V-0Colorblue

Alphacool's performance thermal pad can be used to cool electronic components of all kinds where it is essential to effectively dissipate waste heat. In addition to voltage converters and VRAMs on graphics cards, electronic components of Playstation and Xbox game consoles can also be cooled, greatly improving their performance and durability.Better than standard thermal pads?The silicone-based Soft heat conduction pad is characterized by optimal compressibility. Due to its low hardness and a natural stickiness, the Core thermal pad adapts perfectly to surfaces, compensates for unevenness between components and thus ensures a significant improvement in heat transfer.Increased service life!The special material composition of the Core thermal pad reduces the risk of silicone bleeding. It can be used for a substantially longer period of time than conventional heat conduction pads without significantly losing performance.Versatile use!Due to its excellent electrical insulation (electrically non-conductive), Alphacool's thermal pad can also be used to cool electronic components in electric vehicles, autopilot systems, cell phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunication devices, access points, memory modules, etc. Technical data thermal padDimensions (L x W x H)100 x 100 x 3mmThermal Conductivity (ASTM D5470)6.2 W/mK (±10%)Hardness (ASTM D412)50 (Shore 00) (±15)Working temperature-50 to ~150°CVolume Resistance (ASTM D257)1×10¹³ Ohm-mDielectric Breakdown Voltage (ASTM D149)6 KV/mm (±10%)Density (ASTM D792)3.1 g/cm³ (±10%)Elongation (ASTM D412)50%Weight Loss (ASTM E595)less than 1%Flame Rating (UL 94)V-0Colorblue

Alphacool's performance thermal pad can be used to cool electronic components of all kinds where it is essential to effectively dissipate waste heat. In addition to voltage converters and VRAMs on graphics cards, electronic components of Playstation and Xbox game consoles can also be cooled, greatly improving their performance and durability.Better than standard thermal pads?The silicone-based Soft heat conduction pad is characterized by optimal compressibility. Due to its low hardness and a natural stickiness, the Core thermal pad adapts perfectly to surfaces, compensates for unevenness between components and thus ensures a significant improvement in heat transfer.Increased service life!The special material composition of the Core thermal pad reduces the risk of silicone bleeding. It can be used for a substantially longer period of time than conventional heat conduction pads without significantly losing performance.Versatile use!Due to its excellent electrical insulation (electrically non-conductive), Alphacool's thermal pad can also be used to cool electronic components in electric vehicles, autopilot systems, cell phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunication devices, access points, memory modules, etc. Technical data thermal padDimensions (L x W x H)120 x 20 x 0,5mmThermal Conductivity (ASTM D5470)6.2 W/mK (±10%)Hardness (ASTM D412)50 (Shore 00) (±15)Working temperature-50 to ~150°CVolume Resistance (ASTM D257)1×10¹³ Ohm-mDielectric Breakdown Voltage (ASTM D149)6 KV/mm (±10%)Density (ASTM D792)3.1 g/cm³ (±10%)Elongation (ASTM D412)50%Weight Loss (ASTM E595)less than 1%Flame Rating (UL 94)V-0Colorblue

Alphacool's performance thermal pad can be used to cool electronic components of all kinds where it is essential to effectively dissipate waste heat. In addition to voltage converters and VRAMs on graphics cards, electronic components of Playstation and Xbox game consoles can also be cooled, greatly improving their performance and durability. Better than standard thermal pads? The silicone-based Soft heat conduction pad is characterized by optimal compressibility. Due to its low hardness and a natural stickiness, the Core thermal pad adapts perfectly to surfaces, compensates for unevenness between components and thus ensures a significant improvement in heat transfer. Increased service life! The special material composition of the Core thermal pad reduces the risk of silicone bleeding. It can be used for a substantially longer period of time than conventional heat conduction pads without significantly losing performance. Versatile use! Due to its excellent electrical insulation (electrically non-conductive), Alphacool's thermal pad can also be used to cool electronic components in electric vehicles, autopilot systems, cell phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunication devices, access points, memory modules, etc. Technical data thermal pad Dimensions (L x W x H) 120 x 20 x 1,5mm Thermal Conductivity (ASTM D5470) 6.2 W/mK (±10%) Hardness (ASTM D412) 50 (Shore 00) (±15) Working temperature -50 to ~150°C Volume Resistance (ASTM D257) 1×10¹³ Ohm-m Dielectric Breakdown Voltage (ASTM D149) 6 KV/mm (±10%) Density (ASTM D792) 3.1 g/cm³ (±10%) Elongation (ASTM D412) 50% Weight Loss (ASTM E595) less than 1% Flame Rating (UL 94) V-0 Color blue

Alphacool's performance thermal pad can be used to cool electronic components of all kinds where it is essential to effectively dissipate waste heat. In addition to voltage converters and VRAMs on graphics cards, electronic components of Playstation and Xbox game consoles can also be cooled, greatly improving their performance and durability. Better than standard thermal pads? The silicone-based Soft heat conduction pad is characterized by optimal compressibility. Due to its low hardness and a natural stickiness, the Core thermal pad adapts perfectly to surfaces, compensates for unevenness between components and thus ensures a significant improvement in heat transfer. Increased service life! The special material composition of the Core thermal pad reduces the risk of silicone bleeding. It can be used for a substantially longer period of time than conventional heat conduction pads without significantly losing performance. Versatile use! Due to its excellent electrical insulation (electrically non-conductive), Alphacool's thermal pad can also be used to cool electronic components in electric vehicles, autopilot systems, cell phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunication devices, access points, memory modules, etc. Technical data thermal pad Dimensions (L x W x H) 120 x 20 x 1mm Thermal Conductivity (ASTM D5470) 6.2 W/mK (±10%) Hardness (ASTM D412) 50 (Shore 00) (±15) Working temperature -50 to ~150°C Volume Resistance (ASTM D257) 1×10¹³ Ohm-m Dielectric Breakdown Voltage (ASTM D149) 6 KV/mm (±10%) Density (ASTM D792) 3.1 g/cm³ (±10%) Elongation (ASTM D412) 50% Weight Loss (ASTM E595) less than 1% Flame Rating (UL 94) V-0 Color blue

Alphacool's performance thermal pad can be used to cool electronic components of all kinds where it is essential to effectively dissipate waste heat. In addition to voltage converters and VRAMs on graphics cards, electronic components of Playstation and Xbox game consoles can also be cooled, greatly improving their performance and durability.Better than standard thermal pads?The silicone-based Soft heat conduction pad is characterized by optimal compressibility. Due to its low hardness and a natural stickiness, the Core thermal pad adapts perfectly to surfaces, compensates for unevenness between components and thus ensures a significant improvement in heat transfer.Increased service life!The special material composition of the Core thermal pad reduces the risk of silicone bleeding. It can be used for a substantially longer period of time than conventional heat conduction pads without significantly losing performance.Versatile use!Due to its excellent electrical insulation (electrically non-conductive), Alphacool's thermal pad can also be used to cool electronic components in electric vehicles, autopilot systems, cell phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunication devices, access points, memory modules, etc. Technical data thermal padDimensions (L x W x H)40 x 40 x 0,5mmThermal Conductivity (ASTM D5470)6.2 W/mK (±10%)Hardness (ASTM D412)50 (Shore 00) (±15)Working temperature-50 to ~150°CVolume Resistance (ASTM D257)1×10¹³ Ohm-mDielectric Breakdown Voltage (ASTM D149)6 KV/mm (±10%)Density (ASTM D792)3.1 g/cm³ (±10%)Elongation (ASTM D412)50%Weight Loss (ASTM E595)less than 1%Flame Rating (UL 94)V-0Colorblue

Alphacool's performance thermal pad can be used to cool electronic components of all kinds where it is essential to effectively dissipate waste heat. In addition to voltage converters and VRAMs on graphics cards, electronic components of Playstation and Xbox game consoles can also be cooled, greatly improving their performance and durability.Better than standard thermal pads?The silicone-based Soft heat conduction pad is characterized by optimal compressibility. Due to its low hardness and a natural stickiness, the Core thermal pad adapts perfectly to surfaces, compensates for unevenness between components and thus ensures a significant improvement in heat transfer.Increased service life!The special material composition of the Core thermal pad reduces the risk of silicone bleeding. It can be used for a substantially longer period of time than conventional heat conduction pads without significantly losing performance.Versatile use!Due to its excellent electrical insulation (electrically non-conductive), Alphacool's thermal pad can also be used to cool electronic components in electric vehicles, autopilot systems, cell phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunication devices, access points, memory modules, etc. Technical data thermal padDimensions (L x W x H)40 x 40 x 1,5mmThermal Conductivity (ASTM D5470)6.2 W/mK (±10%)Hardness (ASTM D412)50 (Shore 00) (±15)Working temperature-50 to ~150°CVolume Resistance (ASTM D257)1×10¹³ Ohm-mDielectric Breakdown Voltage (ASTM D149)6 KV/mm (±10%)Density (ASTM D792)3.1 g/cm³ (±10%)Elongation (ASTM D412)50%Weight Loss (ASTM E595)less than 1%Flame Rating (UL 94)V-0Colorblue

Alphacool's performance thermal pad can be used to cool electronic components of all kinds where it is essential to effectively dissipate waste heat. In addition to voltage converters and VRAMs on graphics cards, electronic components of Playstation and Xbox game consoles can also be cooled, greatly improving their performance and durability.Better than standard thermal pads?The silicone-based Soft heat conduction pad is characterized by optimal compressibility. Due to its low hardness and a natural stickiness, the Core thermal pad adapts perfectly to surfaces, compensates for unevenness between components and thus ensures a significant improvement in heat transfer.Increased service life!The special material composition of the Core thermal pad reduces the risk of silicone bleeding. It can be used for a substantially longer period of time than conventional heat conduction pads without significantly losing performance.Versatile use!Due to its excellent electrical insulation (electrically non-conductive), Alphacool's thermal pad can also be used to cool electronic components in electric vehicles, autopilot systems, cell phones, servers, motherboards, power supplies, LCD TVs, notebooks, telecommunication devices, access points, memory modules, etc. Technical data thermal padDimensions (L x W x H)40 x 40 x 1mmThermal Conductivity (ASTM D5470)6.2 W/mK (±10%)Hardness (ASTM D412)50 (Shore 00) (±15)Working temperature-50 to ~150°CVolume Resistance (ASTM D257)1×10¹³ Ohm-mDielectric Breakdown Voltage (ASTM D149)6 KV/mm (±10%)Density (ASTM D792)3.1 g/cm³ (±10%)Elongation (ASTM D412)50%Weight Loss (ASTM E595)less than 1%Flame Rating (UL 94)V-0Colorblue