I have an Insignia NVMe heatsink but I transferred those thermal pads to an old motherboard I don't own anymore. I was wondering what would be the correct thickness of the thermal pads I should be getting for this heatsink or should I buy another one of these heatsinks that include the thermal pads? I planning on using the bottom NVMe slot of my motherboard for my 2nd 980 Pro NVMe and that slot did not come with a heatsink but I have the Insignia NVMe heatsink that I can use once I get the thermal pads.
Also I have an Insignia NVMe enclosure but while I peeled off the paper from the included thermal pad and destroyed the pad in the process and I'm now thinking that the paper side of the included pad was for easy opening and close of the enclosure without destroying the pad but at the time I thought that the paper was meant to be peeled off as I thought that it would trap the heat from the NVMe drive installed inside that enclosure. Is there a similar thermal pad with a paper side designed for NVMe enclosures that has the correct thickness for this NVMe enclosure. I tested my 250GB 970 EVO Plus inside the enclosure without the thermal pad and it reached up to 98C and that's with the enclosure opened, so I'm surly going to want a thermal pad for this enclosure, and one that are designed for NVMe enclosures at that.
Also I have an Insignia NVMe enclosure but while I peeled off the paper from the included thermal pad and destroyed the pad in the process and I'm now thinking that the paper side of the included pad was for easy opening and close of the enclosure without destroying the pad but at the time I thought that the paper was meant to be peeled off as I thought that it would trap the heat from the NVMe drive installed inside that enclosure. Is there a similar thermal pad with a paper side designed for NVMe enclosures that has the correct thickness for this NVMe enclosure. I tested my 250GB 970 EVO Plus inside the enclosure without the thermal pad and it reached up to 98C and that's with the enclosure opened, so I'm surly going to want a thermal pad for this enclosure, and one that are designed for NVMe enclosures at that.
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