Thermal grease paste compound silicone

1pc Grey Thermal Grease Paste Compound Silicone For CPU Heatsink Processor Cooling paste Thermal grease Original PackedFeatures: 100% Brand New and high quality Material:Silicone High thermal conductivity High temperature resistance Low oil complex, non-volatile Non-toxic, tasteless, not corrosive

The thermal compound paste is made of high quality. Its outstandingperformance on the CPU GPU LED will meet your high standard demand forcooling system. Thermal coupling of electric/electronic devices to heat sinks High conductivity; stable at high temperature Eliminate any risks of causing short circuit Dissspate effectively of CPU or GPU Easy to apply and avoid voids between CPU and coolerThermal Grease Silicone Paste Compound 2 Pack

High grade stability and reliability. Apply to CPU, VGA, chipset, radiator and other PC components. Helps disperse the heat from CPU to heatsink effectively. Low thermal resistance and high conductivity or superior heat transfer. High temperature resistance. Non-toxic, tasteless, non-corrosive. Thermal Grease for Laptop Desktop CPU Cooler heatsink Thermal Compound Paste HY510 (1g) By Shah Ansari

Thermal Grease Paste Compound Silicone for CPU Heat Sink The 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. Thermal coupling of electrical / electronic device to heat sinks High Thermal Conductivity, Low Bleed and Stable at high temperature

99.99% brand new and high quality thermal grease paste Non-toxic, tasteless, non-corrosive High stability and reliability Low thermal resistance and high thermal conductivity Apply to CPU, VGA,LED Chipset and other PC components Compliance with RoHS REACH PFOS requirement Material: Silicone Grease Net Weight: 10g Thermal conductivity: > 1.93 W/m-k Thermal Impedance: <0.225 Specific Gravity: >2.0 Viscosity: 1000 Concentration: 380±10 1/10mm Working temperature: ?50-300°

The thermal compound paste is made of high quality. Its outstandingperformance on the CPU GPU LED will meet your high standard demand forcooling system. Thermal coupling of electric/electronic devices to heat sinks High conductivity; stable at high temperature Eliminate any risks of causing short circuit Dissspate effectively of CPU or GPU Easy to apply and avoid voids between CPU and cooler

1 gram. Send at random. Easy-to-use Syringes. Easy to remove too. High thermal conductivity, low bleed, stable at high temperatures. Thermal conductivity: >0.65 W/m-k. Suitable for CPU, chipsets on Mainboard, VGA card, etc.

this paste is basically a thermally conductive material. this paste used as an interface between the heat sink and heat sources. this paste can be used in high-power semiconductor devices. this heat sink paste is used to fill the space and all imperfections on the heat sink. Non-toxic,tasteless,non-corrosive Primary Use:Thermal coupling of electrical/electronic devices to heat sinks Special Properties:High conductivity;low bleed;Stable at high temperatures it has the capability of withholding 300-degree centigrades. it saves the loss of heat which causes the loss in the heat sink’s performance.

KRYONAUT EXTREME Thermal Grizzly  Kryonaut Extreme  is a high-performance thermal paste based on our proven Kryonaut paste. Maximum thermal conductivity through the smallest particle size and layer thickness, combined with improved low-temperature resilience is the basis for the best temperatures in extreme overclocking. Especially for overclocking 14.2 W / m * K thermal conductivity No curing High long-term stability operation area Rating Thermal conductivity ***** Sub-zero overclocking ***** Overclocking ***** Water cooling ***** Air cooling ***** Silicone sensitive applications - Thermal Grizzly  Kryonaut Extreme  is an extremely powerful thermal  compound  with improved application and additional electrically non-conductive nano-aluminium oxide particles. The smallest possible particle size allows microscopic unevenness to be better filled and thus enables better thermal conductivity. Developed over several years in cooperation with renowned engineers and pro overclockers, Thermal Grizzly offers  Kryonaut Extreme  the new top product especially for extreme overclocking - both in the low-temperature range such as B. with liquid nitrogen and at ambient temperature such as with water cooling. Electrical conductivity * 0 pS / m viscosity 130-180 pas density 3.76g / cm3 temperature -250 ° C / +350 ° C content 9 ml / 2 g

2022 edition Latest Edition With Certificate of originalProduct parameterViscosity: 13.0- 160 Pas Specific gravity: 3.7g/cm3 Working temperature: -250°C-350°C Thermal conductivity: 12.5W/mK Electrical conductivity: 0 pS/m Thermal resistance: 0.0032 KW Shape: Paste Color: light gray Standard packaging: 1g Silicone grease weight: 1g Whether it contains silicon: Yes Typical applications: CPU, GPU Notebook computer, IC

Clean up the surface. Use Thermal Grease on the CPU/GPU surface center. Using scraper or other tools to smear the thermal paste onto the CPU. After coating the product，the thickness is based on A4 paper thickness. Color:Gray Specific Gravity: 2.3 G/Cc Thermal Conductivity: 4.8 W/M-K Operating Temperature: -58~392 Degrees Fahrenheit

GD900 Thermal Paste Grease Heat Sink Compound High Performance Net Weight 1 Gram For CPU GPU Cooler Gray Conductive Cooling Fan Processors Silicone Plaster

Cooler Master HTK-002 thermally conductive compounds are grease-like silicone materials, heavily filled with heat conductive metal oxides. This combination promotes high thermal conductivity, low bleed, and high-temperature stability. These compounds resist changes in consistency at temperatures up to 177°C (350°F), maintaining a positive heat sink seal to improve heat transfer from the electronic device to the heat sink or chassis, thereby, increasing the overall efficiency of the device. Suitable for CPU, chipsets on Mainboard, VGA card, etc. Easy to use. ZIF Socket Templates ensure correct applying area with various CPU socket types. Produces an even layer when using the applicator. Dielectric. Wide range of application temperature