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AABCOOLING Thermopad Glue 3M 20x130x3 2,4 W/mK
AABCOOLING Thermopad Glue 3M 20x130x3 2,4 W/mK
AABCOOLING Thermopad Glue 3M 20x130x3 2,4 W/mK
AABCOOLING Thermopad Glue 3M 20x130x3 2,4 W/mK
AABCOOLING Thermopad Glue 3M 20x130x3 2,4 W/mK
AABCOOLING Thermopad Glue 3M 20x130x3 2,4 W/mK
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AABCOOLING Thermopad Glue 3M 20x130x3 2,4 W/mK

  • AABCOOLING thermal pad with double-sided 3M adhesive tape: 2.4 W/mK, 20 × 130 × 3 mm strip to cut to size. Fills gaps of 2.5–2.8 mm, works from -50°C to +200°C. For GPU, VRM and RAM in PCs and laptops.
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Thermal pad with 3M adhesive tape – 2.4 W/mK, 3 mm thick

AABCOOLING Thermopad 3M 20x130x3 2,4 W/mK is a thermally conductive pad with a thermal conductivity of 2.4 W/mK and double-sided 3M adhesive tape. It transfers heat from the hot component to the heat sink, while the tape bonds both parts immediately.

The pad comes as a single 20 × 130 mm strip that you can cut to the size you need with scissors. Thanks to its high compressibility it fills gaps from 2.5 to 2.8 mm between the chip and the heat sink.

AABCOOLING Thermopad 3M 20x130x3 2,4 W/mK – thermal pad strip with the protective film being peeled off

Key features

  • Thermal conductivity: 2.4 W/mK
  • Double-sided 3M adhesive tape – bonds instantly
  • Compressible material – precisely fills the gap between chip and heat sink
  • Single 20 × 130 mm strip, cut to size
  • Easy to apply
  • Operating temperature range from -50°C to +200°C

Applications

  • Laptops – graphics chips and power delivery section
  • Desktop PCs – between the heat sink and the GPU of a graphics card, power delivery section (VRM), RAM modules
  • Consumer electronics and appliances – LCD TVs, amplifiers and other heat-generating electronics

How to apply the thermal pad

  1. Make sure both surfaces are completely clean.
  2. Peel off the protective film on one side and stick the pad to the underside of the heat sink.
  3. Peel off the second film and stick the heat sink to the component to be cooled (chipset, graphics chip, MOSFETs, RAM, etc.).
  4. The tape bonds instantly, so position the parts precisely on the first attempt.
AABCOOLING Thermopad 3M 20x130x3 2,4 W/mK – 20 × 130 mm thermal pad strip

How to remove the heat sink

Carefully lever up one corner of the heat sink with a thin knife and detach it from the cooled component with gentle twisting movements. Clean both surfaces before reassembly.

Specifications

  • Dimensions: 20 × 130 × 3 mm
  • Thickness: 3 mm
  • Thermal conductivity: 2.4 W/mK
  • Operating temperature: from -50°C to +200°C
  • Colour: grey
  • Adhesive: double-sided 3M tape

Package contents

  • 1 × AABCOOLING Thermopad 3M 20x130x3 2,4 W/mK
Entity responsible for this product in the EU
AAB Armanowski Spółka JawnaMore
ProducerAAB Armanowski Spółka JawnaAddress: Polskiej Organizacji Wojskowej 14Postal code: 98-300City: WieluńCountry: PolenPhone number: +48438433303E-mail: info@aabcooling.com
Responsible entityAAB Armanowski Spółka JawnaAddress: Polskiej Organizacji Wojskowej 14Postal code: 98-300City: WieluńCountry: PolenPhone number: +48438433303E-mail: info@aabcooling.com
Symbol
5901812991270
Producer code
5901812991270
Overall dimensions
130 x 20 x 3 mm
Colour
Gray
Operating range
-50 to 200 deg. C
Thermal conductivity
2,4 W/mK
Additional information
3M Adhesive Tape - Excellent adhesive
24 months warranty
24 months warranty
Your previous questions regarding this product
What is the thermal conductivity of the AABCOOLING Thermopad 3M 20x130x3?
The thermal pad has a thermal conductivity of 2.4 W/mK and a thickness of 3 mm.
How is the thermal pad with 3M tape attached?
The pad has double-sided 3M adhesive tape that bonds instantly and joins the chip to the heatsink straight away. Position the parts precisely the first time.
What gap does the 3 mm thermal pad fill?
Thanks to its high compressibility, it fills gaps from 2.5 to 2.8 mm between the chip and the heatsink.
What is the operating temperature range of the thermal pad?
The thermal pad works at temperatures from -50°C to +200°C.
Where can the thermal pad be used?
Between the heatsink and a hot component in laptops and PC graphics cards (GPU, power delivery section), on RAM modules and in consumer electronics such as LCD TVs and amplifiers.
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