The Arctic MX-2 is a high-performance thermal paste designed for efficient heat dissipation in electronic devices. With a density of 3.96 grams per cubic centimeter and a thermal conductivity of 5.6 watts per meter Kelvin, it provides excellent thermal management capabilities. This product weighs 65 grams per package and comes packaged in dimensions of 37 millimeters wide by 24 millimeters deep by 186 millimeters tall, weighing an additional 86 grams when packed. It’s non-capacitive, non-corrosive, non-curing, non-conductive, and non-bleeding, making it suitable for various applications without compromising performance or safety. Additionally, it complies withRoSH standards ensuring environmental friendliness. Its low thermal resistance makes it ideal for use in sensitive electronics to maintain optimal temperature control during operation. ARCTIC MX-2 (65g) High Performance Thermal Paste
The ARCTIC MX-2 is a specialized thermal compound engineered for enhancing heat transfer within electronic systems. Featuring a remarkable thermal conductivity of 5.6 W/m·K, this paste ensures that components operate at lower temperatures compared to standard materials. Its density of 3.96 g/cm³ contributes significantly to its effectiveness as a thermal interface material. This thermal paste is available in packs containing one unit each, measuring 37 mm in width, 24 mm in depth, and 186 mm in height. Each pack also includes packaging weights totaling up to 86 grams. Notably, the product adheres to RoHS regulations, guaranteeing compliance with stringent environmental guidelines. The Arctic MX-2 does not have any capacitive properties, offers no corrosion risk, prevents curing issues, maintains electrical insulation, and resists bleeding under pressure—making it versatile across different environments where precise thermal management is critical.
Technical details
- Model: ARCTIC MX-2 (65 g) – High Performance Thermal Paste
- Colour: White
- Weight: 65 g
- Package weight: 86 g
- sku: ORACO-MX20101-BL
- Type: Thermal paste
- Thermal conductivity: 5.6 W/m·K
- Density: 3.96 g/cm³






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