ARCTIC MX-7 vs Thermal Paste
Updated August 2026 — The ARCTIC MX-7 offers superior thermal performance and stability, making it the better choice overall.
The ARCTIC MX-7 offers superior thermal performance and stability, making it the better choice overall.
Why ARCTIC MX-7 is better
Thermal Performance
ARCTIC MX-7 features a high filler content for exceptional heat transfer.
Longevity
MX-7 is designed to prevent pump-out and dry-out over time.
User Experience
Includes MX Cleaner for optimal application.
Why Thermal Paste is better
Price
HIVETZ Thermal Paste is slightly cheaper.
Wide Compatibility
Compatible with various electronic components.
Safety Features
Claims to be non-conductive and non-erosive.
Overall score
Specifications
| Spec | ARCTIC MX-7 | Thermal Paste |
|---|---|---|
| Brand | ARCTIC | HIVETZ |
| Current Price | £7.29 | £6.99 |
| Thermal Conductivity | High | Moderate |
| Non-Conductive | Yes | Yes |
| Included Accessories | MX Cleaner | None |
Dimension comparison
Introduction to Thermal Pastes
When it comes to efficient cooling in electronic devices, the choice of thermal paste can make a significant difference. In this comparison, we’ll examine the ARCTIC MX-7 and the Thermal Paste from HIVETZ, two products that cater to the needs of users seeking effective thermal management. Priced at £7.29 and £6.99 respectively, both options promise to maintain optimal temperatures under varying loads.
Thermal Performance
The ARCTIC MX-7 is engineered for next-level thermal performance, featuring a highly viscous consistency that ensures exceptional heat transfer. Its design incorporates a high filler content, which significantly enhances its thermal conductivity. In contrast, the Thermal Paste from HIVETZ also aims at efficient heat dissipation, leveraging advanced thermal conduction technology to keep CPUs cool under heavy loads. While both products excel in thermal performance, the ARCTIC MX-7 claims a more sophisticated design, potentially offering better long-term stability and heat management.
Application Method
The application method is critical in ensuring effective thermal transfer, and both products have unique approaches. The ARCTIC MX-7 cannot be manually spread; it relies on its low adhesion to distribute naturally under cooler pressure. This design helps prevent air bubbles from being trapped, which can hinder performance. Conversely, the Thermal Paste from HIVETZ requires a manual application process where users are advised to apply the paste evenly. This method may introduce variability depending on the user’s technique, potentially affecting the overall performance when compared to the MX-7’s automatic distribution.
Longevity and Stability
Longevity and stability are essential factors to consider when selecting thermal paste. The ARCTIC MX-7 is specifically designed with high cohesion to prevent pump-out, dry-out, or bleeding under repeated thermal cycles. This ensures consistent performance over time without the need for frequent reapplication. On the other hand, the Thermal Paste from HIVETZ aims for long-life performance but does not explicitly state its resistance to degradation over time. While both products promise durability, the ARCTIC MX-7 provides more detailed assurances regarding its long-term stability.
Safety Features
Safety is a crucial consideration in thermal paste applications, particularly for sensitive electronic components. The ARCTIC MX-7 is electrically non-conductive and non-capacitive, eliminating the risk of short circuits or electrical discharge, making it safe for use across CPUs, GPUs, and other devices. The HIVETZ Thermal Paste also claims to be non-conductive and non-erosive, assuring users that it won’t adversely affect their equipment. While both products provide safety assurances, the ARCTIC MX-7’s explicit emphasis on preventing electrical damage adds a layer of confidence for users concerned about potential risks.
Compatibility
Compatibility with various devices is vital for users who may work with different systems. The ARCTIC MX-7 is suitable for a wide range of devices, including CPUs, GPUs, laptops, and gaming consoles, thanks to its safe formulation. The Thermal Paste from HIVETZ also boasts wide compatibility, suitable for desktops, laptops, servers, and even high-power LED lighting. Both products appear versatile, although the MX-7’s established brand reputation in the thermal paste market might give it an edge in terms of user trust.
User Experience and Packaging
User experience is often shaped by the packaging and ancillary features included with the product. The ARCTIC MX-7 comes with MX Cleaner, which is designed to thoroughly remove old thermal paste and prepare surfaces for optimal performance, enhancing the overall user experience. In contrast, the Thermal Paste from HIVETZ includes instructions for application but does not mention any additional cleaning tools or accessories. This extra touch from ARCTIC not only simplifies the application process but also ensures that users achieve the best possible outcomes with their thermal paste application.
Which should you buy?
In deciding between the ARCTIC MX-7 and the Thermal Paste from HIVETZ, several factors come into play. The ARCTIC MX-7, priced at £7.29, stands out for its superior thermal performance, long-term stability, and added user-friendly features like the included cleaner. Its non-conductive formulation provides peace of mind, especially for users dealing with high-performance devices. On the other hand, the Thermal Paste from HIVETZ, while slightly cheaper at £6.99, offers solid performance but lacks some of the assurances and features present in the ARCTIC offering. If you prioritise reliability and performance, the ARCTIC MX-7 is the better choice. However, for those on a tighter budget, the HIVETZ Thermal Paste remains a viable option.
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