THERMAL CONDUCTIVITY 5 (W/m-K) SPECIFIC GRAVITY 2.5 (g/cm3) (25°C) VOLUME 1.5ml GREASE CLEANER Yes
EXTREME HEAT CONDUCTIVITY: With a high thermal conductivity, Kryonaut offers exceptional heat transfer for demanding configurations EASY APPLICATION: The package includes a syringe and a specially designed applicator for effortless paste distribution LONG-LASTING EFFECT: Kryonaut's unique structure ensures long-term effectiveness, remaining stable even at temperatures up to 80 degrees Celsius SURPRISING EFFECTS: Already at the first use of this cpu paste, you may experience a drop in temperature, which will reduce the loudness of your equipment and improve the comfort of use CLEANING WIPES: Comes with 6 Wet and 6 Dry cleaning wipes to easily clean and degrease the surface. Ensures surfaces are free of grease for better thermal material application NANO-ALUMINUM OXIDE PARTICLES: Enhanced formula with nano-aluminum oxide particles fills even the smallest surface irregularities to effectively dissipate heat
ARCTIC MX-4 PREMIUM PERFOMANCE THERMAL PASTE - 4 GRAMS
EXTRA THIN BONDLINE: Perfect filling of micro-pores leads to lower thermal resistance - and may lead to stronger adhesion. Please refer to uninstallation video 'How to Properly Remove a CPU Cooler' MULTIPLE VARIANTS: ARCTIC MX-5 is available in sizes ranging from 2 to 50 grams. Resealable packaging prevents the paste from drying out. Alternatively available with spatula SAFE TO USE: ARCTIC MX-5 is completely metal-free, eliminating the risk of short circuits, discharges and corrosion damage to the radiator bottom EASY APPLICATION: Thanks to its viscosity, MX-5 is easy to apply. It spreads evenly and allows for a very thin layer regardless of the application method used VERSATILE USES: Can be used on CPUs, GPUs and power semiconductor components. Thanks to its excellent properties, the ARCTIC MX-5 can be used in many scenarios without hesitation EXCELLENT RESULTS: ARCTIC MX-5 can be applied in a particularly thin layer. In combination with its high thermal conductivity, this results in very low thermal resistance
