These two thermal pastes are excellent additions to your rig and computer. However, we are going to pitch our tent with the MX4. It has better all-round delivery on temperatures and performances. If you apply Arctic Silver 5, you’ll notice that it has a high-density filling of micronized silver and enhanced thermally conductive ceramic particles. As such, it provides a new level of performance and stability for your CPU. The Arctic MX-4 thermal compound paste has enough quality to keep you going for about eight years. As such, it presents a standard. That’s why any thermal paste shouldn’t be installed regularly. We like that the paste uses a micronized silver paste alongside ceramic particles to create a high-performance and durable design. Parts of the composition of aluminum oxide, boron nitride and zinc oxide solution will provide lower load temperatures than you’ll get from standard compounds. – Coverage Area: Covers a Wide Spot Thermal compounds, also known as thermal pastes or thermal interface materials, play a crucial role in the thermal management of electronic devices, particularly in computers. Their importance lies in their ability to improve heat transfer between two surfaces, typically a central processing unit (CPU), graphics processing unit (GPU), or other chip, and a heatsink or cooler.

La aplicación de la ARCTIC MX-4 es segura y sencilla. La pasta no es conductora de electricidad, lo que evita posibles cortocircuitos o daños en los componentes. Su consistencia es adecuada para facilitar la aplicación y garantizar una cobertura uniforme. Además, el paquete de 4 gramos ofrece una cantidad suficiente para múltiples aplicaciones, lo que la convierte en una opción económica.

How to apply thermal paste?

With the success of MX-4, Arctic launched their much anticipated upgrade in the form of the MX-5. It has slightly better conductivity than the previous MX-4 variant and also supports a wider temperature ranges. Similar to the MX-4, the MX-5 also consists of carbon microparticles that fill the microscopic gap between the two surfaces i.e., the CPU/GPU and the heatsink. As a result, heat is dissipated through their connection. An MX-4 thermal paste and the Silver 5 reviewed here are good examples of quality pastes. Conclusion

Thermal Resistance: MX-6 has a lower thermal resistance (0.01275 K/W) compared to MX-4 (0.0155 K/W). Lower thermal resistance indicates better heat transfer capabilities.

Thermal Compounds: Arctic produces thermal compounds, also known as thermal pastes, which are used to improve the heat transfer between a CPU or GPU and its heatsink. These compounds fill microscopic gaps between surfaces to enhance thermal conductivity. Con una conductividad térmica de 8,5W/mK no podemos esperar que la pasta nos ayude a bajar la temperatura de nuestra CPU más allá de lo que pueda conseguir nuestro disipador, pero sí nos garantiza que este pueda ofrecer su máximo rendimiento. Arctic es un OG en el campo de la refrigeración y ventilación para equipos informáticos. Desde principios de la década del 2000 ha estado fabricando y comercializando todo tipo de productos de refrigeración, desde ventiladores de distintos tamaños, cortes y perfiles a disipadores, pasando lógicamente por pasta térmica. Arctic Cooling, often referred to simply as Arctic, is a Swiss-based company that specializes in producing cooling solutions and thermal management products for computers and other electronic devices. The company is known for its range of products designed to improve the cooling efficiency and overall performance of computer components such as CPUs, GPUs, and case fans. Some of the products and categories that Arctic Cooling offers include: The interface between a CPU/GPU and its heatsink can have air gaps or inconsistencies that hinder heat transfer. These gaps create a barrier known as thermal resistance. Thermal compounds have higher thermal conductivity than air, so they help to decrease this resistance and allow heat to flow more efficiently.

Answer: Arctic MX-4, MX-5, and MX-6 are thermal compounds designed to improve heat transfer between processors and heat sinks. The main differences lie in their thermal conductivity, durability, and application properties. MX-6 offers the highest thermal conductivity, improved durability over MX-5, and features to prevent leakage, making it the superior choice among the three. You also get effective cooling for an enormous number of surfaces before the tube is exhausted. Also, it’s an oil-based paste that is better than what you’ll find in less expensive thermal pastes. Slightly better thermal conductivity (9.8 W/mK) than MX-4, with improved temperature range (-40°C to 180°C). Una de las cualidades más sobresalientes de la ARCTIC MX-4 es su impresionante capacidad para proporcionar una transferencia de calor altamente eficiente. Con una conductividad térmica excepcionalmente alta, esta pasta térmica trabaja arduamente para reducir las temperaturas de los componentes más críticos, como la CPU y la GPU. Esto no solo mejora el rendimiento general del sistema, sino que también contribuye a la estabilidad del mismo, lo que es esencial para cualquier usuario que busque un rendimiento óptimo en sus actividades informáticas y de juego. MX-6 is suitable for many different applications. It has excellent non-drying and non-bleeding properties, which ensures consistent performance over time. Its viscosity prevents leakage due to the Pump-Out Effect. It is also suitable for direct-die cooling scenarios, which are often used with graphics cards or console processor GPUs.

Thermal Paste with High Performance and Easy Application

The main difference between Arctic Silver 5 and MX4 is, MX4 is safe and straightforward to apply and install with a better performance while Arctic Silver 5 features thermal conductivity. Performance and Quality Thermal pastes are important in this day and age, and the battle of these two popular options makes for good reading. The Arctic Silver 5 and MX4 have seen many debates from users and reviewers operating on computers and other devices. Our experts took on the challenge, ready for the quest of finding the one that works best!

Case Fans: Arctic offers a range of case fans with different sizes and performance levels. These fans are designed to enhance airflow within a computer case, which is crucial for maintaining optimal temperatures. When you’re searching for the ideal quality thermal paste to use, it’s difficult for a potential customer not to inquire about the number of years it will last. A danger to look out for with thermal pastes is electrical conductivity. Apart from that, some pastes are more challenging to apply than others.Thermal Pads: In addition to thermal compounds, Arctic produces thermal pads that can be used in various electronic applications to transfer heat between components and heatsinks. The Silver 5 has quality materials and properties to boost its effectiveness in your computer. To that end, it contains over 88 percent of thermally conductive filler by weight. In addition to the micronized silver present, you can also find sub-micron zinc oxide, aluminum oxide, and boron nitride particles. – Performance: Efficient Cooling