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PTM7950 Thermal pad 40x80x0.25mm phase change thermal pad vs ARCTIC Freezer 36

Updated August 2026The PTM7950 Thermal pad is ideal for versatile thermal management, while the ARCTIC Freezer 36 excels in dedicated CPU cooling. Choose based on your specific needs.

The PTM7950 Thermal pad is ideal for versatile thermal management, while the ARCTIC Freezer 36 excels in dedicated CPU cooling. Choose based on your specific needs.

Why PTM7950 Thermal pad 40x80x0.25mm phase change thermal pad is better

Price

PTM7950 is cheaper at £19.99.

Compatibility

PTM7950 can be used with various CPU coolers.

Durability

PTM7950 lasts longer under high temperatures.

Why ARCTIC Freezer 36 is better

Cooling Efficiency

ARCTIC Freezer 36 is designed for high-performance CPUs.

Installation System

ARCTIC Freezer 36 features an innovative Click-installation.

Heat Dissipation

ARCTIC Freezer 36 has advanced heat transfer capabilities.

Overall score

PTM7950 Thermal pad 40x80x0.25mm phase change thermal pad
75
ARCTIC Freezer 36
85

Specifications

SpecPTM7950 Thermal pad 40x80x0.25mm phase change thermal padARCTIC Freezer 36
Price£19.99£22.99
Thermal Impedance<0.04 °Ccm²/WN/A
Max Temp (°C)150
Cooling TypeThermal PadAir Cooler
Mounting CompatibilityUniversalIntel/AMD

Dimension comparison

PTM7950 Thermal pad 40x80x0.25mm phase change thermal padARCTIC Freezer 36

Overview

In the realm of cooling solutions, the PTM7950 Thermal pad and the ARCTIC Freezer 36 serve distinct purposes. The PTM7950 is designed as a thermal interface material, while the Freezer 36 is a complete CPU cooler. Priced at £19.99, the PTM7950 offers a phase change thermal pad that claims superior thermal conductivity, while the Freezer 36, costing £22.99, provides a sophisticated cooling system for high-performance CPUs.

Features and Specifications

The PTM7950 Thermal pad boasts a thermal conductivity of 8.5 W/mK and operates effectively at temperatures above 45 °C. This proprietary phase change material is engineered to last longer than conventional thermal pads, promising reliability for high-performance integrated circuits, with a low thermal impedance of less than 0.04 °Ccm²/W. In contrast, the ARCTIC Freezer 36 is built with a single-tower design featuring four offset heat pipes that facilitate quick heat transfer. It is designed to efficiently dissipate heat via 120 mm fans, optimising cooling performance for high-end CPUs.

Installation Process

The installation process for both products varies significantly due to their different designs. The PTM7950 comes with accessories including a Phillips screwdriver, cleaning cloth, spatula, and cleaning brush to assist in applying the thermal pad. Conversely, the ARCTIC Freezer 36 features an innovative Click-installation system that simplifies the mounting of the cooler and the replacement of fans. However, it requires users to have the original AMD mounting screws for installations on AMD systems, which could pose a challenge if these screws are missing.

Compatibility

Compatibility is crucial for effective cooling solutions. The PTM7950 Thermal pad can be used with a variety of CPU coolers and processors, as it functions as an interface material that enhances heat transfer between components. On the other hand, the ARCTIC Freezer 36 is specifically designed with mounting frames that cater to Intel LGA1851 and LGA1700 sockets, and it also requires original AMD mounting screws for proper installation on AMD platforms. This specificity may limit the Freezer 36's versatility compared to the more universally applicable PTM7950.

Performance

Performance is a key differentiator between the two products. The PTM7950 Thermal pad claims to maintain low thermal impedance, which is essential for efficient heat transfer in high-performance settings. It can withstand temperatures of up to 150 °C for extended periods without degradation. Meanwhile, the ARCTIC Freezer 36 is engineered for fast heat transfer and effective heat dissipation through its advanced design, making it suitable for high-end CPUs. Both products excel in their respective areas, but the Freezer 36 is particularly tailored for those seeking robust cooling solutions.

Durability

Durability is an important factor to consider when selecting cooling solutions. The PTM7950 Thermal pad is advertised to last for 1000 hours at 150 °C, demonstrating its resilience in high-temperature environments. This longevity makes it a reliable choice for users looking for sustained thermal performance. In comparison, while the ARCTIC Freezer 36 does not explicitly mention a durability rating, its robust construction and design are aimed at long-term performance, especially given its efficient heat dissipation capabilities.

User Experience

User experience can greatly influence the effectiveness of a cooling solution. The PTM7950 Thermal pad is straightforward to install with the included tools, making it user-friendly for those familiar with thermal management. The ARCTIC Freezer 36, with its Click-installation system, is designed to streamline the setup process, but its requirement for specific mounting screws may complicate matters for some users. Ultimately, both products aim to provide ease of use, but user familiarity with installation processes will vary based on individual experience.

Which should you buy?

Deciding between the PTM7950 Thermal pad and the ARCTIC Freezer 36 hinges on your specific cooling needs. If you require a versatile thermal interface material that enhances heat transfer among various components, the PTM7950 at £19.99 is a solid choice. However, if you are looking for an efficient and dedicated cooling solution for high-performance CPUs, the ARCTIC Freezer 36 at £22.99 may be the better option. Ultimately, your decision should align with your cooling requirements and compatibility considerations.

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PTM7950 Thermal pad 40x80x0.25mm phase change thermal pad vs ARCTIC Freezer 36 | versusfinder