Thermal Adhesive Tape 20mm by 25M, HPFIX High Performance Thermally Conductive Tape Apply for Coolers, Heat Sink, LED Strips, Computer CPU, GPU, Easy to Apply & High Durability
???? HPFIX thermal adhesive Tape is a simple and practical heat conductive tape, very easy to use, even for beginners..
???? Thermally conductive tape has very strong adhesion and has good thermal conductivity. It is often used on heat sinks- efficiently transfer heat dissipation for electronics. If combined with thermal paste, the effect will be better..
???? HPFIX thermal tape has thermal conductivity 1.5 W/m-k to meet most of electronics heat dissipation demands..
???? Thermal tape is widely used for high power LED,High power power supply, Computer CUP, GPU, automotive electronic heating module, motor controller, communication equipment, power semiconductor, MOS tube,GBT chip,Video Card RAM, DDR Memory Modules, SSD drives, new energy heating power..
???? Themral tape heat conductivity is high and stable, its life is longer than the general heat-dissipating double-sided sticker, and it can work for at least 5 years at normal temperature (80-120°C )..
Those thermal pads are made from a carbon-based polymer with nanoparticles.
They have a high thermal conductivity of 62.5 W/mk.
The non-adhesive and flexible carbon thermal padding can be used repeatedly and, unlike pastes, does not dry out.
The thermal conductive pad meets the expectations of gamers and IT enthusiasts alike, who are primarily looking for a high quality product from Thermal Grizzly.
The thermal pad material is virtually non-degradable, so its properties are solid and its lifespan almost unlimited (rumored to be up to 15 years).
Suitable for CPU cooling, GPU cooling, and any application that requires the use of pads instead of thermally conductive pastes.
Carbonaut is an electrical conductor - avoid contact between thermal pad and transistors or transformers.
Nab Cooling Thermal Compound Paste for Heatsink 3.5g Maximum Thermal Conductivity, High Density, Easy Application Bonus Spatula, Noncorrosive (3.5g)
Extreme Thermal Conductivity: With a thermal conductivity value of 8.5W/mK, N-B Max Pro CPU thermal paste promises extreme heat transfer, ensures stability required, helps the system run smoothly.
Safe-to-use: N-B Max Pro thermal compound is electrically insulative, which means that it won't cause any short circuit in the system even if it leaks.
Additionally, it is non-corrosive, non-toxic, non-flammable, and safe for the environment.
Easy application: Thermal adhesive with a density of 3.73g/cm³, it is dense enough to spread on the surface evenly without leaking.
Just apply a thin layer with a spatula covering the whole surface, and you are all good to go!.
Wide operating temperature: Yes, you read that right, computer thermal paste has an operating temperature of -45℃ to +180℃, making this liquid metal thermal paste compatible with many applications.
Durability: Our thermal grease paste won't dry for four years after application.
This way, you don't have to change the paste every six months, which would save you time, energy, and money.
AVNTKER 12 W/mK Thermal Pad 3-Pack 100x100mm Thermal Silicone Pad with Thickness of 2mm/1.5mm/0.5mm Non Conductive Heatsink Cooling Pad for Laptop CPU GPU SSD M2 IC 3D Printer Raspberry Pi
Excellent Performance: The cooler silicone thermal pad has 12 W/m K ultra-high thermal conductivity, used to fill the gap between the heating element....
High Durability: Extremely stable, in the temperature range of -40℃ - 200℃ will not melt, once applied, it will continue to work for at least 5....
Security Application: The heatsink silica gel thermal pads is non-electrical conductive, which eliminates any risks of causing short circuit, adding....
Easy to Install: This heat conduction pad can alternative the thermal compound paste to complete the cooling work for all the heating elements. It's....
Package Includes: A pack of 3 pieces thermal pads, each piece size is 100x100x0.5mm, 100x100x1.5mm, 100x100x2mm, 3 kinds universal thickness heat....
Those thermal pads are made from a carbon-based polymer with nanoparticles.
They have a high thermal conductivity of 62.5 W/mk.
The non-adhesive and flexible carbon thermal padding can be used repeatedly and, unlike pastes, does not dry out.
The thermal conductive pad meets the expectations of gamers and IT enthusiasts alike, who are primarily looking for a high quality product from Thermal Grizzly.
The thermal pad material is virtually non-degradable, so its properties are solid and its lifespan almost unlimited (rumored to be up to 15 years).
Suitable for CPU cooling, GPU cooling, and any application that requires the use of pads instead of thermally conductive pastes.
Carbonaut is an electrical conductor - avoid contact between thermal pad and transistors or transformers.
Thermal Pad 12.5 W/mK, 298X298X3.0mm, TG-A1250 High Thermal Conductivity, Heat Sink Cooling Pad, for PC Laptop/GPU/CPU, Electrical Insulation
Good Thermal Conductivity Ability - Using the silicone as the base material, adding thermal conductive powder and flame retardant together to make the mixture to become thermal interface material..
Safe and easy to use - You can choose a suitable thickness of thermal pad according to the gap between the heating source and the heat sink. It can be cut to size and easy to install, replacing the traditional thermal paste..
Application - Best for high power applications, high-wattage electronics such as electric vehicles, automation, 5G applications, servers, etc..
Thermal Grizzly Carbonaut – Carbon Thermal Pad – Non-Adhesive, Flexible and Reusable – Very High Thermal Conductivity – Conducts Electricity (31 × 25 × 0,2 mm)
Those thermal pads are made from a carbon-based polymer with nanoparticles.
They have a high thermal conductivity of 62.5 W/mk.
The non-adhesive and flexible carbon thermal padding can be used repeatedly and, unlike pastes, does not dry out.
The thermal conductive pad meets the expectations of gamers and IT enthusiasts alike, who are primarily looking for a high quality product from Thermal Grizzly.
The thermal pad material is virtually non-degradable, so its properties are solid and its lifespan almost unlimited (rumored to be up to 15 years).
Suitable for CPU cooling, GPU cooling, and any application that requires the use of pads instead of thermally conductive pastes.
Carbonaut is an electrical conductor – avoid contact between thermal pad and transistors or transformers.
