ARCTIC MX-7 vs Thermalright TF4 4g Thermal Compound Paste for Coolers
Updated August 2026 — The ARCTIC MX-7 offers superior long-term stability and safety features, while the Thermalright TF4 is more budget-friendly with impressive thermal conductivity.
The ARCTIC MX-7 offers superior long-term stability and safety features, while the Thermalright TF4 is more budget-friendly with impressive thermal conductivity.
Why ARCTIC MX-7 is better
long-term stability
ARCTIC MX-7 prevents pump-out and dry-out.
safety features
ARCTIC MX-7 is electrically non-conductive.
application method
ARCTIC MX-7 distributes naturally under pressure.
Why Thermalright TF4 4g Thermal Compound Paste for Coolers is better
price
Thermalright TF4 is significantly cheaper.
thermal conductivity
Thermalright TF4 has a clear conductivity rating.
ease of application
Thermalright TF4 includes a spatula for easy use.
Overall score
Specifications
| Spec | ARCTIC MX-7 | Thermalright TF4 4g Thermal Compound Paste for Coolers |
|---|---|---|
| Brand | ARCTIC | Thermalright |
| Price | £7.29 | £3.69 |
| Thermal Conductivity | N/A | 9.5 W/mK |
| Application Type | Low adhesion | Needle-type |
| Stability | High | Moderate |
Dimension comparison
Price Comparison
When it comes to pricing, the Thermalright TF4 is significantly more affordable than the ARCTIC MX-7. The Thermalright TF4 is priced at £3.69, while the ARCTIC MX-7 costs £7.29. This means that the Thermalright TF4 is nearly half the price of the ARCTIC MX-7, making it a more budget-friendly option for users looking to apply thermal paste without breaking the bank. Despite the lower cost, it's essential to evaluate whether the price difference corresponds to a difference in performance or features.
Thermal Performance
In terms of thermal conductivity, the Thermalright TF4 boasts an impressive rating of up to 9.5 W/mK, indicating its capability to effectively transfer heat away from critical components. This high-performance rating suggests that it excels in maintaining low temperatures under load. While the ARCTIC MX-7 does not specify a thermal conductivity value, it claims to provide "next-level thermal performance" with a design that optimises heat transfer. However, without a specific number to quantify its performance, the Thermalright TF4 offers a clearer benchmark for those prioritising thermal efficiency.
Application Ease
The Thermalright TF4 is designed for ease of application, featuring a needle-type design that allows for precise application and comes with a spatula for spreading the paste evenly. This user-friendly approach is particularly beneficial for beginners who may not have much experience with thermal pastes. Conversely, the ARCTIC MX-7 has a unique application method where it cannot be spread manually. Instead, it relies on its low adhesion to distribute naturally under cooler pressure, which could be advantageous for users seeking a hassle-free application that minimises the risk of air bubbles.
Longevity and Stability
The ARCTIC MX-7 scores high on longevity with its formulation designed to prevent pump-out, dry-out, or bleeding even under repeated thermal cycles. This stability ensures long-lasting performance without frequent reapplication, which is a crucial factor for users who want to set it and forget it. In contrast, the Thermalright TF4 also claims durability, stating that it maintains its thermal conductivity over time; however, it does not provide the same level of assurance regarding long-term performance under thermal stress as the ARCTIC MX-7 does.
Safety Features
Safety is a critical consideration when choosing thermal compounds, and the ARCTIC MX-7 is marketed as being electrically non-conductive and non-capacitive, making it safe for use with CPUs, GPUs, and other electronic components. This characteristic eliminates the risk of short circuits or electrical discharge. The Thermalright TF4 also highlights its safety, stating that it contains no metal particles, is non-corrosive, and is friendly to electronic components. While both products are safe, the ARCTIC MX-7's explicit emphasis on electrical safety may offer additional peace of mind for users concerned about potential damage to their hardware.
Temperature Range
The Thermalright TF4 offers a wide operational temperature range from -50℃ to +240℃, with a thermal resistance of less than 0.0068. This broad range indicates that it can perform well in various environmental conditions without compromising its cooling capabilities. On the other hand, the ARCTIC MX-7 does not provide specific temperature range data, making it difficult to assess its performance under extreme temperatures compared to the Thermalright TF4. Users operating in fluctuating temperature environments might find the TF4's clear specifications more appealing.
User Experience
The user experience with each product varies based on application and performance. The Thermalright TF4 is noted for its ease of use, particularly for beginners, due to its convenient packaging and application tools. Meanwhile, the ARCTIC MX-7's unique application method may require a slight learning curve for users unfamiliar with its design, but once applied, it promises consistent performance. The choice between the two may come down to the user's familiarity with thermal paste applications and their preferences regarding application techniques.
Which should you buy?
In conclusion, the choice between the ARCTIC MX-7 and the Thermalright TF4 largely depends on your specific needs and budget. If you're looking for a cost-effective solution with impressive thermal conductivity, the Thermalright TF4 at £3.69 offers excellent value for money. However, if you prioritise long-term stability, ease of application, and safety, the ARCTIC MX-7, priced at £7.29, may be the better option. Ultimately, both products have their strengths, so consider your priorities carefully before making a decision.
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