🔥 10g EasyCargo Thermal Conductive Glue Kit - High Performance Silicone Plaster Adhesive for GPU Heatsink, VRM, VRAM, LED, IC Chips, MOSFET, BJT Transistor, 3D Printer, PCB Review

Before I bought it I was wondering what the consistency and strength would be like. Turns out it's basically the material used to thermally bond FETs, regulators, bipolar transistors, etc. to PCBs/heatsinks in circuits. Stays on but not strong. It feels like silicone after drying, similar to silicone sealant.

Used to connect heatsinks to graphics card memory and VRM. Seems to be working fine. Note that the minimum effective amount should be used. The thermal conductivity of this material (if the numbers on the page are correct) is slightly higher than that of concrete. Even the best thermal paste is much less thermally conductive than the metal it is applied to, but much more thermally conductive than air. So in this case, less is more.

Glued the heatsink onto the processor after flashing it on an old TV. After just an hour it was already frozen, I gently turned the radiator and it seemed quite stable. I reassembled the TV and it worked. I'll update this review when things get bad, but so far so good.

Be careful to use as little as possible or at least as much as possible to press and clean, although it's conductive it's not like a soldered copper heatsink the more you use the better greater is the thermal resistance you'll get. A copper heatsink was attached to the NVME drive which got a bit hot and finally a small fan had to be installed as well as the drive was shielded from all existing fans.

Used this to hold up my brushless motor's cooler in an RC truck that used to keep sliding off. So far it hasn't moved and has improved heat transfer efficiency as now the motor doesn't have big thermal changes when I twitch a lot ;)

Used to connect heatsinks to graphics card memory and VRMs. Seems to be working fine. Note that the minimum effective amount should be used. The thermal conductivity of this material (if the numbers on the page are correct) is slightly higher than that of concrete. Even the best thermal paste is far less conductive than the metal it's applied to, but far more conductive than air. So in this case, less is more.

Make sure to use as little as possible or at least squeeze and clean as much as possible, although it's conductive it doesn't look like a soldered copper heat sink, the more you use the bigger it is the thermal resistance you will have. A copper heatsink was attached to the NVME drive which got a bit hot and finally a small fan had to be installed as well as the drive was shielded from all existing fans.

I opened the tube, poked a hole in the top to get some glue, then it started spitting and hissing. Luckily it didn't do any damage. I closed my eyes and mouth and then threw it in the trash. It gets hot where I live but the tube has been inside at 80f for 6 hours. word of warning. It could get in my eyes or on my glasses. Can ruin clothes, furniture, carpet, etc. Dirty hands. Dries for several hours. Even then, I was able to easily pull out the glued parts. Which is good considering it crumbled