Performance PCs & other Retail / online shops carry Thermal Pads
 
you do not buy a Kit ... you have to by the correct thickness of Pads & enough material to cutout what you need
 
EK thermal Pads are an inexpensive quality thermal pad
 
 
I've made may purchases for Performance PCs, but like anything else shop around .... usually the vendors on Amazon are more $$

When the length is not as long as you need you just place a second one next to the first - that works fine
 
Side by side would be trickery to do and keep it tight ... I'd cut from a large pad
 
It is Only Stacking thin pads to make thicker ones that is Not recommended
 
Sometimes you can buy  100x100 mm material - sometimes larger pads
 
https://www.performance-p...ads.html?tim_type=2636
 
BTW - there is a Current 15% discount from Performance PCs
 
 
 

You Need to Cover the component
 
Most just measure their cards & current pads ... You do Not have to change them unless they are damaged
 
It would be nice to be able to Buy a thermal Pad Kit ..............   Make a suggestion Here: Complaints and Suggestions
 
I also look at the Water block manuals .... I happen to use EK water blocks .... it helps sometimes - far from perfect for Air cooler sizes
 
Fujipoly SARCON G-M Premium System Builder Thermal Padding Quarter Sheet - 150 x 100 x 2.5 mm
 
Fujipoly SARCON G-M Premium System Builder Thermal Padding Quarter Sheet - 150 x 100 x 2.0 mm
 
 
 
 

I own two EVGA 1080 Ti FTW's. Is there an exact thermal pad replacement kit on the market I can purchase for them? I don't want to have to snip, clip measure or trim anything. I want to clean off the surfaces and reapply the thermal pad kit. What do you all know?

When i was changing thermal paste i notice some thermal pad are pretty dry. Little touch and they fell off. So all stores in my country sell Thermal grizzly or arctic pads. so i bought arctic 0.5-1-1.5. I borrow from work vernier calliper for rough reading. and all backplate are 2mm and all under front plate are 1.3mm (the corners) the middle where is contact is 1.2mm. and here is my problem 1mm arent good enough. But if i use 1.5 iam little bit (removed)*, because Arctic pad are damn hard. They don´t compress lower and if i use them on all component after assembly GPU is bend. Those pad above front plate are 1.5mm, but if i use 1.5 arctic gpu is bend again. so i put Under all 1mm above 1mm+0.5 and back 1.5mm. But thanks to ICX all sensors show better temps. i remove stock fans and put 2x 140mm on gpu.  and i notice better temps 10-13c on GPU and 10-15c on other component. max GPU 55c , mem, power 30-40, only power4 is little bit higher 45 but sensor is on bak side.

So can sombody pls recommend some soft thermal pads??

and because i remove stock fans i bought fan splitter so i could use 2x normal fans on GPU connector so i could use afterburner for control. But what i dont understand origo fan is 12V 0.55A. 3000RPM now i have 2x 12v 0.14A 1500RPM and  at 50% fan speed i have 1500rpm so max. and if i use 80% nothing happend. I thought that fans are controled thru voltage exampl 50% fan = 7V and 100%=12V but if my fans going at max with 50%. Should i worry about fans or GPU connector??

thank you and sorry for my english
 
 
edit by Cool GTX language removed Per Forum Terms and Conditions of Use

You would figure at the very least. That a 3rd party tech company would be in the market making precision fit to spec replacement thermal pads for a large ranch of video cards. Instead, you are left with crappy options on replacing all the thermal pads Frankenstein style.

These manufactures should've at least upgraded these Laird pads from the 1.2W/mK Tflex 300 to 2.7W/mk Tflex HD300. 

ty_ger07

KarmNelis
These manufactures should've at least upgraded these Laird pads from the 1.2W/mK Tflex 300 to 2.7W/mk Tflex HD300. 

W/mK is a number with no standardized testing procedure. The "1.2W/mK" specification is abnormally low (or they haven't resorted to creating abnormally high values like everybody else), and I have no doubt that some other manufacturer could test them and sell them at 7W/mK. How the test is performed and at what temperature the test is performed is not standardized and results in wildly different values.
I wouldn't get too wrapped up about it. I wouldn't change the pads because they are supposedly so bad. I would only change the pads because you are taking the card apart anyway for some other reason.

 
1.2W/mK is still "abnormally" enough just for other components. Or you can heat up the core with more thermal conductivity. Flexibility is the king. That's why HD300 stands out.