Best Prolimatech products in the Thermal grease category
On this page you'll find a ranking of the best Prolimatech products in this category. To give you a quick overview, we've already ranked the most important information about the products for you.
1. Prolimatech Pk-3
The PK-1 is still an excellent choice today when it comes to efficiently transferring heat from a CPU or GPU to a cooler, whether it's third-party products or Prolimatech's own winning models like Megahalems, Armageddon, Genesis, and others.
However, the competition is not resting, and it's time to introduce new, even improved thermal pastes to remain at the forefront of cooling technology.
The PK-3 is designed for uncompromising thermal transfer, making it a product for true enthusiasts and overclockers. Compared to the already excellent PK-1, the thermal resistance has been further reduced (0.013 °C -in²/W), and the thermal conductivity has been increased to 11.2 W/m-°C.
2. Prolimatech PK-Zero Aluminum Thermal Paste
Prolimatech's PK-Zero is a 300 g affordable thermal paste featuring high thermal conductivity and nano particles.
3. Prolimatech PK-2 Nano Aluminium Thermal Paste
With the PK-1, Prolimatech launched a thermal paste that immediately ranked among the very best available on the market and secured a top position in the rankings. The PK-1 remains an excellent choice today for efficiently transferring heat from a CPU or GPU to a cooler, whether it’s third-party products or Prolimatech's own winning types like Megahalems, Armageddon, Genesis, and others. However, the competition is relentless, and it’s time to introduce new, further improved thermal pastes to stay at the forefront of cooling technology. The PK-2 is a particularly user-friendly thermal paste that, due to its low viscosity (relatively thin), can be easily and extremely thinly - yet effectively - spread on a heat spreader. Nevertheless, it continues to offer top values in terms of thermal conductivity (10.2 W/m-°C) and thermal resistance (0.015 °C-in²/W). Additionally, the PK-2 is non-conductive, non-corrosive, and nearly dries out. The small 1.5-gram tube, which should be sufficient for some economical applications, also comes with a small rectangular cardboard disc for evenly spreading the PK-2. Caution! Please read the manufacturer's warnings before use! Technical details: Quantity: 1.5 g, Density: 2.5 g/cm³, Adhesion strength: 250,000 Cps, Thermal resistance: 0.015 °C-in²/W, Thermal conductivity: 10.2 W/m-°C, Delivery includes: Tube with PK-2, cardboard disc for easy spreading.
Thermal grease
EUR8,78 EUR5853,33/1kg
Prolimatech PK-2 Nano Aluminium Thermal Paste
10.20 W/m K, 1.50 g
4. Prolimatech PK-3 Nano Aluminum Thermal Paste
With the PK-1, Prolimatech launched a thermal paste that immediately ranked among the very best available on the market, placing itself at the top of the charts. The PK-1 is still an excellent choice today for efficiently transferring heat from a CPU or GPU to a cooler, whether using third-party products or Prolimatech's own winning models like Megahalems, Armageddon, Genesis, and others. However, the competition is fierce, and it is time to introduce new, further improved thermal pastes to remain at the forefront of cooling technology. The PK-3 is designed for uncompromising thermal transfer, making it a product for true enthusiasts and overclockers. Compared to the already impressive PK-1, the thermal resistance has been further reduced (0.013 °C-in²/W), while the thermal conductivity has increased to 11.2 W/m-°C! This is primarily due to the included nano-particles, which fill microscopic gaps between the heat spreader and the cooler base, preventing disruptive air inclusions. Additionally, the PK-3 is non-conductive, non-corrosive, and dries out very little. The small 1.5-gram tube, which should be sufficient for some economical applications, comes with a small rectangular cardboard disc for easy and even spreading of the PK-3. Caution! Please read the manufacturer's warnings before use! Technical details: Quantity: 1.5 g, Density: 2.7 g/cm³, Adhesion strength: 330,000 Cps, Thermal resistance: 0.013 °C-in²/W, Thermal conductivity: 11.2 W/m-°C, Package contents: Tube of PK-3, cardboard disc for easy application.
Thermal grease
EUR9,76 EUR6506,66/1kg
Prolimatech PK-3 Nano Aluminum Thermal Paste
11.20 W/m K, 1.50 g
5. Prolimatech PK-1 Nano Aluminum Thermal Compound
Test the best! Sample packs are available in various product categories - from cosmetics to muesli and dog food - so why not for thermal paste as well? Exactly! The clever engineers at the high-end cooler manufacturer Prolimatech obviously came to the same conclusion and now offer their highly awarded PK-1 in a small test pack.
With just one gram, several applications can be performed, allowing you to personally experience the high performance of this multiple award-winning product. Whether it's for CPU, GPU, RAM, air coolers, water coolers, chipset coolers, or others - the PK-1 performs excellently everywhere and achieves even lower temperatures.
Additionally, the PK-1 boasts high practical usability. It is long-term stable, hardly dries out, requires no curing time, does not cause corrosion, and is not electrically conductive.
See for yourself! Warning! Please pay attention to the manufacturer's safety instructions before use!
Technical details:
- Quantity: 1.5 grams
- Density: 3.2 g/cm³
- Thermal resistance: 0.017 °C-in²/Watt
- Thermal conductivity: 10.2 W/m°C.
Thermal grease
EUR7,64 EUR5093,33/1kg
Prolimatech PK-1 Nano Aluminum Thermal Compound
10.20 W/m K, 1.50 g
6. Prolimatech PK-2 Nano Aluminum Thermal Paste
With the PK-1, Prolimatech introduced a thermal paste that immediately ranked among the very best available on the market, placing it at the top of the charts. The PK-1 remains an excellent choice today for efficiently transferring heat from a CPU or GPU to a cooler, whether using third-party products or Prolimatech's own winners like Megahalems, Armageddon, Genesis, and others. However, the competition is relentless, and it is time to introduce new, further improved thermal pastes to stay at the forefront of cooling technology. The PK-2 is a particularly user-friendly thermal paste that, due to its low viscosity, can be easily and extremely thinly applied—yet still provides good coverage—on a heat spreader. It continues to deliver top performance in terms of thermal conductivity (10.2 W/m-°C) and thermal resistance (0.015 °C-in²/W). Additionally, the PK-2 is non-conductive, non-corrosive, and hardly dries out. The 5-gram tube, which should be sufficient for several applications, also comes with a small spoon for easy and even spreading of the PK-2. Caution! Please read the manufacturer's warnings before use! Technical details: Quantity: 5 g, Density: 2.5 g/cm³, Adhesion strength: 250,000 Cps, Thermal resistance: 0.015 °C-in²/W, Thermal conductivity: 10.2 W/m-°C, Contents: Tube with PK-2, spoon for easy application.
7. Prolimatech Pk-1
The relatively unknown manufacturer Prolimatech has already made a mark in the market with its debut product, the Megahalems CPU cooler, ranking among the best coolers available. An impressive achievement for a newcomer!
This is just the beginning, as the engineers are developing more top products. The PK-1 thermal paste marks the start of this expansion. Its performance and application are, of course, very good, achieving a solid thermal conductivity rating.
Additionally, the PK-1 boasts high practicality. It is long-lasting, hardly dries out, requires no curing time, does not cause corrosion, and is non-conductive. Even small details are commendable; a small rectangular cardboard disc is included in the packaging to help distribute the paste optimally.
Using thermal paste should never be overlooked. It fills small imperfections on the cooler's base and the CPU heat spreader, ensuring optimal heat transfer across the entire surface. Without it, cooling performance is significantly reduced, risking unstable operation due to overheating.
Caution! Please pay attention to the manufacturer's warnings before use!
Technical details:
- Quantity: 5 grams
- Density: 3.2 g/cm³
- Thermal resistance: 0.017 °C-in²/Watt
- Thermal conductivity: 10.2 W/m°C.
