*Update January 8th 2025: Igor'sLAB has just published his growing Thermal Putty database, so if you were wondering how accurate my test results were you now have a 2nd opinion on the matter. Go #TEAMPUTTY
www.igorslab.de
Howdy folks!
Thermal Putties have come a long way in the last few years. For starters, TG-PP10 got discontinued which was a huge blow at the time since that was the go to putty for quite a while amoung cooling enthusiats. It was that event that spurred me on to find a viable replacement. I've since spent thousands of dollars buying different putties, pads, pastes, and phase change materials to test out their realtive performance. Below is the current chart for where I'm at in my testing. Currently working on testing thermal pads and will do shims after I've got a good amount of pads on the chart. Let me know if there is a thermal pad you'd like me to test.
...also, if you know of a thermal putty that isn't on the chart I'd love to know about it. Gotta test em all!
Test Bench:
==========
-Vertical open air frame, with GPU mounted Vertically
-Superflower Leadex III 850 watt Gold
-ASUS Tuf Gaming X570 Plus Wifi
-AMD Ryzen 5900X
-4x8GB G.Skill 3200MHz 16-18-18-38
-Link Up x16 Gen 4 PCI-E Riser cable
-Zotac 3070ti AMP HOLO Edition
-AquaComputer Quaddro montioring ambient air temp ~1" in front of GPU fans
Test Methodology:
==============
-Apply product to VRAM only, uisng TG-PP10 on the VRMs and MX-4 on the core
-Apply MSI Afterburner settings: +1100 OC Memory, 85% fixed fan speed
-Run HWINFO and start a log
-Run a thermal test for at least 2 hours (ETCHASH, Furmark, KAWPOW)
-Convert CSV to Excel workbook and process the data within a spreadsheet
-Ignore the 1st hour of the test (warm up period)
-Calculate average temperature delta based on ambient air temps for the entire 2nd hour of the test
-Chart results
Below is a simplified chart of the current results I've achieved for the ETCHASH test (memory intensive, not much stress on the core)

Bestes Thermal Putty, Datenbank und Charts – Putty versus Putty, Tests und Eignung für Speichermodule und Spannungwandler | igor´sLAB
Thermal Putty ist ein thermisches Interface-Material, das speziell dafür entwickelt wurde, Lücken zwischen wärmeerzeugenden Komponenten und Kühlkörpern effizient zu füllen.

Howdy folks!
Thermal Putties have come a long way in the last few years. For starters, TG-PP10 got discontinued which was a huge blow at the time since that was the go to putty for quite a while amoung cooling enthusiats. It was that event that spurred me on to find a viable replacement. I've since spent thousands of dollars buying different putties, pads, pastes, and phase change materials to test out their realtive performance. Below is the current chart for where I'm at in my testing. Currently working on testing thermal pads and will do shims after I've got a good amount of pads on the chart. Let me know if there is a thermal pad you'd like me to test.
...also, if you know of a thermal putty that isn't on the chart I'd love to know about it. Gotta test em all!
Test Bench:
==========
-Vertical open air frame, with GPU mounted Vertically
-Superflower Leadex III 850 watt Gold
-ASUS Tuf Gaming X570 Plus Wifi
-AMD Ryzen 5900X
-4x8GB G.Skill 3200MHz 16-18-18-38
-Link Up x16 Gen 4 PCI-E Riser cable
-Zotac 3070ti AMP HOLO Edition
-AquaComputer Quaddro montioring ambient air temp ~1" in front of GPU fans
Test Methodology:
==============
-Apply product to VRAM only, uisng TG-PP10 on the VRMs and MX-4 on the core
-Apply MSI Afterburner settings: +1100 OC Memory, 85% fixed fan speed
-Run HWINFO and start a log
-Run a thermal test for at least 2 hours (ETCHASH, Furmark, KAWPOW)
-Convert CSV to Excel workbook and process the data within a spreadsheet
-Ignore the 1st hour of the test (warm up period)
-Calculate average temperature delta based on ambient air temps for the entire 2nd hour of the test
-Chart results
Below is a simplified chart of the current results I've achieved for the ETCHASH test (memory intensive, not much stress on the core)