ARCTIC MX-7 Thermal Paste The ARCTIC MX-7 thermal compound is engineered to deliver maximum cooling performance for CPUs, GPUs, and other high-performance processors. Its high filler content and dense consistency provide excellent thermal conductivity, helping transfer heat efficiently from the processor to the cooler. Performance-Optimized Formula MX-7 features a dense, viscous consistency that ensures exceptional thermal performance. Due to its specialized composition, the paste is designed to be applied directly rather than spread manually with a spatula. Long-Lasting Reliability Its high cohesion maintains a stable composition over time, preventing the paste from drying out and ensuring consistent cooling performance throughout prolonged use. Even Heat Distribution The low-adhesion formula allows the mounting pressure of the cooler to spread the paste into a thin, uniform layer. This minimizes air gaps and maximizes heat transfer across the entire contact surface. No Pump-Out Effect MX-7 resists cracking and leakage during repeated heating and cooling cycles. Its durable structure helps maintain optimal contact even under demanding thermal loads. Simple Application For best results, apply the thermal paste in a simple cross pattern. Once the cooler is installed, the pressure evenly distributes the compound across the processor surface, creating an ideal thermal interface. Technical Specifications Viscosity: 35,000–38,000 poise Density: 2.9 g/cm³ Continuous operating temperature: -50°C to +250°C Volume resistivity: 1.7 × 10¹² Ω·cm Breakdown voltage: 4.2 kV/mm Colour: Grey
ARCTIC MX-7 Thermal Paste The ARCTIC MX-7 thermal compound is engineered to deliver maximum cooling performance for CPUs, GPUs, and other high-performance processors. Its high filler content and dense consistency provide excellent thermal conductivity, helping transfer heat efficiently from the processor to the cooler. Performance-Optimized Formula MX-7 features a dense, viscous consistency that ensures exceptional thermal performance. Due to its specialized composition, the paste is designed to be applied directly rather than spread manually with a spatula. Long-Lasting Reliability Its high cohesion maintains a stable composition over time, preventing the paste from drying out and ensuring consistent cooling performance throughout prolonged use. Even Heat Distribution The low-adhesion formula allows the mounting pressure of the cooler to spread the paste into a thin, uniform layer. This minimizes air gaps and maximizes heat transfer across the entire contact surface. No Pump-Out Effect MX-7 resists cracking and leakage during repeated heating and cooling cycles. Its durable structure helps maintain optimal contact even under demanding thermal loads. Simple Application For best results, apply the thermal paste in a simple cross pattern. Once the cooler is installed, the pressure evenly distributes the compound across the processor surface, creating an ideal thermal interface. Technical Specifications Viscosity: 35,000–38,000 poise Density: 2.9 g/cm³ Continuous operating temperature: -50°C to +250°C Volume resistivity: 1.7 × 10¹² Ω·cm Breakdown voltage: 4.2 kV/mm Colour: Grey
The MX-7 is distinguished by its dense, viscous consistency resulting from a high filler content, which ensures optimal thermal performance. Due to its special texture, the paste cannot be spread with a spatula.
The MX-7 is characterized by a dense, viscous consistency resulting from a high filler content, which delivers optimal thermal performance. Due to its special texture, the paste cannot be spread with a spatula.
The Arctic MX-7 thermal paste stands out for its dense, viscous consistency achieved through a high filler content, ensuring optimal thermal performance. The unique texture of the paste means it cannot be spread with a spatula. This set includes a 4g tube of MX-7 thermal paste and 6 cleaners for convenient application and cleanup. The total net weight is 0.0380 kg. Ideal for users seeking superior heat dissipation for their components.
The MX-7 is distinguished by its dense, viscous consistency resulting from a high filler content, which delivers optimal thermal performance. Due to its special texture, the paste cannot be spread with a spatula.
