12.8w/mk Thermal Putty for VGA GPU IC Processor Rapid Cooling Thermal Pad Replacement Heat Rejection Putty High Performance (10g)

Description

* It cannot be used as a silicone grease on the CPU. High thermal performance, unique full curing heat management solution. This material for electronic assembly will not dry out. * Low viscosity for dispensing applications; This material has good adhesion to heat sinks and can be used for automatic dispensing and stenciling screening. * Perfect for rework and field repairs. Compared to thermal pads, this material can fill the gap completely, and compress better, saving you money. ROHS compliant, halogen free, safe for use in areas where harmful substances are prohibited. Review: El producto llegó en buenas condiciones, lo probaré estos días y actualizaré mi opinión Review: I recently redid my gigabyte RTX 3090, 2023 zephyrus g14, & a 2020 zephyrus g14. When I was replacing the old thermal compounds, I used this on the memory chips, power delivery, and other ICs that were covered in thermal pad material. This stuff actually provided a little bit lower temperatures than K5 pro. The device I tested the hardest was a 380 and the memory junction temperatures went from 90C (k5 pro down to 78C max.). I used 3d mark to stress test my GPU for 2 hours. I forgot to turn on my portable ac before going to make food. So that max temperature is what was achieved in a bedroom that hit 80°F(26.6C) inside. The gigabyte 380 requires a thicker application because some of the thermal pads 2 or 2.5mm thick. I don't remember the improvements on the two zephyrus laptops, but it was better than the factory stuff. The thermal putty does like to stick to the little stick after sooping a few times, but scraping the stick off back into the container and then re-scooping helps to stop accidentally picking the putty back up off whatever you're applying it to.