---
product_id: 1617056
title: "Tuniq TX-4 High Performance Thermal Grease - 3.0g"
brand: "sunbeam"
price: "AR$63940"
currency: ARS
in_stock: true
reviews_count: 9
url: https://www.desertcart.com.ar/products/1617056-tuniq-tx-4-high-performance-thermal-grease-3-0g
store_origin: AR
region: Argentina
---

# Tuniq TX-4 High Performance Thermal Grease - 3.0g

**Brand:** sunbeam
**Price:** AR$63940
**Availability:** ✅ In Stock

## Quick Answers

- **What is this?** Tuniq TX-4 High Performance Thermal Grease - 3.0g by sunbeam
- **How much does it cost?** AR$63940 with free shipping
- **Is it available?** Yes, in stock and ready to ship
- **Where can I buy it?** [www.desertcart.com.ar](https://www.desertcart.com.ar/products/1617056-tuniq-tx-4-high-performance-thermal-grease-3-0g)

## Best For

- sunbeam enthusiasts

## Why This Product

- Trusted sunbeam brand quality
- Free international shipping included
- Worldwide delivery with tracking
- 15-day hassle-free returns

## Description

The Tuniq TX-4 Extreme Performance and Exceptional Reliability Thermal Compound. Tuniq’s offering in the enthusiast thermal paste market, the Tuniq TX-4. Tuniq has improved on its formula of thermal grease, yielding even better performance. As per its lineage, TX-4 is a thick and viscous, non-conductive thermal grease. The TX-4 iteration boasts a lower thermal resistance, easy-application, and longer life.

## Images

![Tuniq TX-4 High Performance Thermal Grease - 3.0g - Image 1](https://m.media-amazon.com/images/I/31XvOchS66L.jpg)

## Customer Reviews

### ⭐⭐⭐⭐ 







  
  
    GREAT-performing product; could use a better-designed spreader/applicator
  

*by G***N on Reviewed in the United States on April 14, 2015*

I have an old Thinkpad R61 on which a number of repairs require removing and later reattaching the fan/heat-sink assembly. (Ease of servicing was clearly not paramount in the designers' minds.) I've had to do it twice. The first time, I thought I had some Arctic Silver 5 on hand but it turned out I only had generic thermal paste, so I used that. BIG MISTAKE. After around 9 months, my Thinkpad started going to sleep to protect itself from overheating. Before figuring out what the culprit was, I found myself hunting for rogue background processes running the CPU too hard and, eventually, switching to power schemes with lower CPU speeds. When I finally bit the bullet and tore down the computer to replace an aging CMOS battery and ventilation fan, I discovered that the generic thermal paste had migrated entirely to the sides of the CPU and GPU!I was determined to get the best thermal compound available this time 'round, and after reading some in-depth roundups, I settled on Tuniq TX-4. It was in fact a little more difficult to apply than previous compounds I've used -- it's thicker and stickier -- and the big, stiff plastic spreader was not clearly not designed with tight laptop spaces in mind. But I got 'er done and my CPU and mainboard are now running a good 20°C to 25° cooler than they were previously. (I haven't put the GPU through its paces yet.) I'm back to running my laptop at full CPU speed, the air blowing out of the exhaust vent is moderately warm, not hot, and Piriform Speccy is posting very reassuring temperature readings once again. I'm happy. The only improvements I can think of would be a smaller, more flexible spreader that's not stuck to the packaging with a sticky adhesive that leaves a residue on the spreader (and on the fingers that touch it), and maybe an easy-open tab on the shrink wrap that encases the syringe. Four thumbs up!

### ⭐⭐⭐⭐⭐ 







  
  
    very hard to apply and you will waste alot of thermal paste from trial and error but ...
  

*by H***N on Reviewed in the United States on September 6, 2016*

its a pain to apply at first! very hard to apply and you will waste alot of thermal paste from trial and error but read my instructions and you wont regret it! its worth the buy! i was extremely frustrated with the the application process but after i figured it out its easy and the temps are out of this world! look at my idle temp! ive never seen any anything like it!Step 1. Take out your cpu from your mobo.step 2. grab a sheet of paper and lay your cpu with the side you will be applying this paste up.step 3. grab 2 strips of scotch tape and tape the top edge of your cpu and bottom edge of your cpu down so when you rub the paste with the provided card it wont move the cpu. also when you put the tape to hold the cpu only tape the green area of the cpu. it should be on the very top edge and bottom.step 4. use this thermal paste and at the very very very top edge of the cpu draw a line from one end to another.step 5. go half way down to the cpu square and draw another line from one end to another.step 6. use the provided card to rub the thermal paste from top to bottom. you should have 2 lines on the cpu before this method.step 7. until you get the thermal paste on the back of the cpu fully suqared that is when you can put this back into your mobo.i used to get idle temps for 33c, look at it now! 22c in the pic!

### ⭐⭐⭐⭐ 







  
  
    tackle with smarts as well as determination
  

*by S***Y on Reviewed in the United States on September 10, 2011*

it sticks to everything but the processor.you may have to attempt several times so keep cleaning stuff handy for restart.that said, this does in fact work well even with a semi-shoddy application like the one i managedmy semi-successful (second) run went something like this:remove (or at least peel back) the label sticker on the applicator.  making the applicator more usable instead of just another thing to stick to.just scrape it around on the processor n let what sticks stick.  pushing it somewhat downward as it is being scraped to help it stick.Scrape leftovers hanging off edges of processor and apply to heat sink bottom in the same manner, letting what sticks stick and removing the rest.  (like its been said, it sticks better to about anything but the processor and my heat sink was not an exception)the resulting layers are very thin and look like leftover grime on an uneven surface poorly wiped with a with a dirty rag.I sandwiched 'em like that and it seems to be working at least as well as the stuff that came with the computer.reason for not applying like putty or dough: resulting coat would be thicker than needed to fill tiny gaps between surfaces.  thickness is proportional to conductive thermal resistance (which is to be minimized).

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*Product available on Desertcart Argentina*
*Store origin: AR*
*Last updated: 2026-02-21*