EKWB Thermal PAD G 1.5mm - (120x24mm)

EKWB Thermal PAD G 1.5mm - (120x24mm)

Brand EKWB | CL SKU 37676
 
( 1 )
$ 9 .00
on back order On Back Order

Details

Replacement thermal conductive pad for use with EK water blocks. Along with thermal conductivity, it provides great elasticity and elongation with natural tack on one side. Can be used multiple times, thus offering great reworkability and electrical insulation.


Thermal pads are used to fill air gaps caused by imperfectly flat or smooth surfaces which should be in thermal contact. Please consult your installation manual prior purchasing to see what size and thickness is correct for your EK water block.


  • Thermal conductivity: 3.5 W/mK (+/-0.35) 
  • General dimensions: Type G (120 x 24 mm)
  • Thickness: 1.5 mm
  • Working Temperature: -55 ~ +200°C
  • Hardness: 5 (Shore A)
  • Elongation: 100%
  • Specific Gravity: 2.6 g/cm3 (+/- 0.2)
  • Flame Rating: V-0
  • Dielectric Breakdown Voltage: >4kV
  • Volume Resistance: > 10^11 Ohm-m
  • Main ingredient: Aluminum oxide (Al2O3) 85-95%


PLEASE NOTE:

The surface of the pad is slightly sticky and is equipped with a double sided protective foil when shipped. This foil must be removed prior to installation.

Thermal pads may need to be trimmed to desired size (as per installation manual for each EKWB product).

This thermal pad has natural tack on one side only.

Generic

UPC

3830046996787

Category

Watercooling - Accessories

Brand

EKWB

Part Number

3830046996787

Warranty

1-Year Warranty

Good Quality Thermal Pads For Redoing GPU Thermals

Would recommend - yes

Unfortunately I don't have an EKWB water block to use these pads on. However, For doing any maintenance work on old computers and electronics regarding thermals I find these to do the job just fine. I used these particular 1.5mm pads for an AMD RX 480 reference card VRM that had been worn over the past 7 years I've had the card, and it significantly drooped its thermals and even managed to help with some strange crashing issues with the card (Which I suspected to be thermals, and my suspicious was correct it seems).