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KEERTAN KALP Thermal Grease Pastef1f2f3ConductivityGraphite Thermal Grease,thermal Conductivity 1.93W/m-k~2.15W/m-k.UsesThe Heat Sink Paste is metal-free and non-electrical conductive which eliminates any risks of causing short circuit, adding more protection to the CPU and VGA cards.Generally used as a thermal coupling of electrical / electronic devices to heat sinks such as base or mounting studs of transistors, diodes and rectifiers.Increases Efficiency of DevicesIt is used for maintaining a positive heat-sink seal that improves heat transfer from the electrical / electronic component / device to the heat sink or chassis, there by increasing the overall efficiency of the component / device.f4How to UseF2F3F4Clean the object and heat sink surfacesWipe the surface lightly with a cotton ball or cotton swab dampened with isopropyl alcohol. The higher the percentage of alcohol the better. 70 percent is good but 90 percent is better (if you can find it).Sand the heat sink and object surfaces if necessaryThermal paste is designed to fill in the gaps and imperfections on the surfaces that you are joining. Since modern production techniques cannot make surfaces without imperfections, thermal paste will always be necessary.How to Apply Thermal Paste3 Popular Approaches:The lines method – Place two thin lines of thermal compound on the base of the cooler. The lines should be parallel and spaced so that they are each placed a third of the width of the processor. The lines themselves should also be about a third of the processor’s width in length.The cross method – This is very similar to the previous method, but the lines are crossed in an “X” pattern instead of parallel. The length and thickness of the lines should be the same as the previous method.The spread method – This is one of the most popular and effective methods, but takes a little more effort. Place a small amount of thermal paste onto the base of the cooler. Using a plastic finger protector or a plastic bag, use your finger to spread the paste evenly across the surface. Make sure to cover the entire surface that will be in contact with the processor, and ensure that you do not apply the paste too thick. In most cases, the paste should barely hide the metal underneath.