Shopping Cart

Call us: +1-845-535-1405

Free USA shipping on all orders

The Best Thermal Pad Launched: Nab Cooling NB Supermax

The Best Thermal Pad Launched: Nab Cooling NB Supermax

We understand that searching for the best thermal pad when the marketplace is saturated is not easy. With numerous companies selling GPU thermal pads of different thermal conductivity and thicknesses, we can’t decide which will work the best, particularly for our computer system, unless you are a computer freak. 

Here is a piece of good news for everyone reading this article: we have brought you an ultimate solution to all CPU heating issues. So stick around till the end to make sure that your purchase is worth it. 

Presenting You The Newly Launched Thermal Conductive Pad: NB Supermax

After the massive success of Nab Cooling’s thermal paste – NB Max Pro, Nab Cooling decided to launch the best thermal pad within your budget to solve all CPU heating issues quickly. Here are some key features of this super good thermal pad for GPU.

Extreme Thermal Conductivity

With a thermal conductivity value of 15W, NB Supermax promises extreme thermal conductivity. Also, it helps your CPU maintain low temperatures even while loading heavy applications. Now, you can load serious games without any worries. 

Easy Installing

One of the best things about thermal pads CPU is their accessible installation properties. Although some low-quality thermal places may still give you a hard time while installing, this is not the case with NB Supermax. 

NB Supermax comes in 90mm x 50mm rectangles and six different thicknesses – 0.5mm, 1.0mm, 1.5mm, 2.0mm, 2.5mm, and 3.0mm. This size fits most surfaces, and you can choose thickness according to the gap you want to be filled.
Recommendation: Use a thermal pad slightly thicker than the gap.

Installing Instructions: 

  1. Remove plastic film from one side of the thermal pad.
  2. Gently press the uncovered side on the surface. 
  3. Remove the plastic film from the other side.
  4. Install the system

Wide Operating Temperature

Nab Cooling’s adhesive thermal pads have an operating temperature of -60℃ to +220℃ and an ambient temperature of 26℃. This operating temperature range makes it compatible with numerous device models because some devices run at high temperatures. 

You can apply these thermal pads on GPU cards, memory chips, VRM, analog ICs, micro-controller units, heatsinks, LEDs, laptops, DVDs, high-temperature SMD components, chipsets, consoles, game stations, large PCB surfaces, motherboards, add-on cards, and other densely packed electronic devices.

Non-electrical Conductivity

For the ones unaware, an electrical conductive thermal interface material can cause short circuits within the CPU. This is why we recommend only the experts to apply electrical conductive thermal interface material. 

Although NB Supermax has a high thermal conductivity value, it is non-electrical conductive, making it super safe to apply for beginners and experts. 

Manufactured With Safe Materials

Do you know what the best thing about our thermal pad is? It is carefully manufactured with eco-friendly materials. Additionally, it is non-curing, odorless, non-toxic, anti-static, fire-retardant, and won’t wear. 

This best thermal pad features include its superior composition, enhanced multilayer matrix, metal-free, and holding extra ooze, which, unfortunately, other pads leave after a few years. 

Why Use a Thermal Interface Pad?

A thermal pad, unlike thermal paste and liquid metals, is easy to apply. You only have to cut squares, and you are all good to go. However, some companies sell cut GPU thermal pads to make the procedure easy for customers. 

Additionally, it is widely compatible, safe to apply, and contains no mess. Finally, it won’t stick to your skin. Some people complain that GPU thermal pads are expensive and less effective than other thermal interface materials, specifically thermal paste and liquid metals. 

Although traditional thermal interface pads had both qualities mentioned above, thermal pads have started becoming more effective and less expensive with the advancement in technology. 

An excellent example of an inexpensive and effective thermal pad is our NB Supermax. 

Difference Between Thermal Interface Materials

Thermal PasteThermal Pad
May leak to the surroundings.Better coverage.
Super effective.Super effective.
Best application – integrated heat circuit.Best application – GPU.
Messy application.No mess while applying.
Semi-solid paste.Solid rectangles you can cut.
May attract dust.It doesn’t attract dust once installed.
You can use it on uneven surfaces.It won’t work well on uneven surfaces.
Non-uniform application if you are a beginner.Uniform thickness.
BUY NB MAX PRO HERE.BUY NB SUPERMAX HERE.

Read more about Thermal interface materials here

Tips To Choosing The Best Thermal Interface Pad

An ideal thermal pad CPU should possess the following qualities:

  • As effective as other thermal interface materials.
  • Inexpensive.
  • High thermal conductivity.
  • Good packaging.
  • Engineered with safe materials.
  • Wide operating temperature.
  • Should have a lifetime longer than five years at least. 

Before you buy, we advise you to carefully check the thermal pad’s specifications and warranty to ensure your CPU runs cool for more extended periods. 

Must read: Everything You Need To Know About Thermal Interface Pads.

Final Words

Here’s another good news: The best thermal pad – NB Supermax, is now available online. So say goodbye to your old and ineffective thermal pad and get hold of NB Supermax today to solve all your PC overheating and crashing issues inexpensively. 

Nab Cooling has used advanced technology and kept in mind what a customer demands from to manufacture its products. It has a team of experts that work day and night to provide its customers with high-quality and long-lasting products. 

For further queries, feel free to contact us here.

Leave a Reply

Your email address will not be published.

WeCreativez WhatsApp Support
Our customer support team is here to answer your questions. Ask us anything!
👋 Hi, how can I help?