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Thermalright

Thermalright CPU Contact Frame Anti-Bending Buckle for LGA 1700 Retrofit Kit Black


(4 reviews) Write a Review
SKU:
COOTMRLGA1700BCFB
MPN:
LGA1700-BCF-BLACK
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Now: $17.25
Was: $29.00

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Description

Thermalright CPU Contact Frame LGA 1700 Retrofit Kit Black

  • Compatible With: The cpu contact frame is a replacement for the original buckle, not a radiator buckle. Fully fit Intel12 & 13,14 Generation LGA1700 CPU, chipset is H610,B660,Z690,B760,Z790 series.
  • Anti-Warping: The computer's CPU is prone to overheating and warping. CPU Fixed Frame is designed to prevent CPU warping/bending in favor of CPU fixation.
  • Durable Material: The CPU Fixed Buckle made of all-aluminum CNC gold anodizing sandblasting process, and the edge is oxidized, which is not easy to scratch.
  • Install Easily: The CPU Bending Corrector provides you with the mounting part you need. You can fix it on the motherboard of LGA1700 with simple screws.
  • Package: 1 x CPU Bending Correction, 1 x L-shaped screwdriver, 1 x TF7(12.8 w/m.k).

Product Description

Specifications:Size : 50 x 70 x 6mm
Weight : 20g
Color : Black
Material:Aluminum alloy
Accessories Match:L-shaped screwdriver +TF7 2g
Warranty:6 years
 


 

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Additional Information

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4 Reviews

  • 3

    Mixed bag, but the product itself is solid.

    Posted by Leigh on 25th Oct 2023

    The product itself works very well. The instructions are in chinese, with no english instructions provided, though I used a Youtube video from Gamers Nexus as a guide instead. The thermal paste, which has been reviewed favourably, was past it's shelf life and had hardened to the point where it was unusable.

  • 5

    Easy installation.

    Posted by Tere Ngarua on 14th Jan 2024

    I'll just get right into the installation. Presuming you've dissipated all static electricity from your body so you won't accidentally fry your components then... * **DO THIS FIRST*** I would HIGHLY recommend installing your CPU into it's slot to protect the motherboard pins from any accidental mishaps while removing the stock plate. ***LET'S GET STARTED*** I removed the screws on the stock frame which came out quite easily and installation from here on was pretty straight forward. ***NOTE*** Keep the original screws handy because you will need to reuse them for installation. With this Thermalright version, you only need to install it like you would your common heatsink cooler with an even amount of turns on each screw following a crisscross pattern. I didn't apply the suggested increments of 90 degree quarter turns at a time as that method is more directed towards the Thermal Grizzly version simply because this Thermalright plate is tailored so it makes full contact with your motherboard unlike the Thermal Grizzy plate which floats or rests just above it. ***DO NOT OVER TIGHTEN*** Yes, I am guilty of doing this when I first started building PC's. Much like installing your copper heatsink, there is simply no need to over tighten the screws. Screw down until you just feel a bit of resistance against the wrench then stop. From here onwards you can temporarily mount your heatsink cooler and test boot your system to check if everything is being recognized in your BIOS. You might need to make small adjustments to the plate if you're getting boot errors where you will either have to tighten a little more (if not screwed down tight enough) or loosen (if screwed down too tightly). CPU pins can get fussy with the slightest bit of not enough or too much pressure but, you shouldn't need to though if you didn't go crazy tight on the screws. Once your Motherboard is happy with the adjustments and boots into your Operating System all good, then tweak your PC from there. Depending on the brand, Motherboards these days are built with thicker PCB's to prevent heat warping and to further optimize heat dissipation and cooling especially around the CPU and Chipset areas, so you can discard the worries about your board warping if you own such a brand. Quite a straight forward install.

  • 5

    Easy installation.

    Posted by Tere on 12th Jan 2024

    I'll just get right into the installation. Presuming you've dissipated all static electricity from your body so you won't accidentally fry your components then... * **DO THIS FIRST*** I would HIGHLY recommend installing your CPU into it's slot to protect the motherboard pins from any accidental mishaps while removing the stock plate. ***LET'S GET STARTED*** I removed the screws on the stock frame which came out quite easily and installation from here on was pretty straight forward. ***NOTE*** Keep the original screws handy because you will need to reuse them for installation. With this Thermalright version, you only need to install it like you would your common heatsink cooler with an even amount of turns on each screw following a crisscross pattern. I didn't apply the suggested increments of 90 degree quarter turns at a time as that method is more directed towards the Thermal Grizzly version simply because this Thermalright plate is tailored so it makes full contact with your motherboard unlike the Thermal Grizzy plate which floats or rests just above it. ***DO NOT OVER TIGHTEN*** Yes, I am guilty of doing this when I first started building PC's. Much like installing your copper heatsink, there is simply no need to over tighten the screws. Screw down until you just feel a bit of resistance against the wrench then stop. From here onwards you can temporarily mount your heatsink cooler and test boot your system to check if everything is being recognized in your BIOS. You might need to make small adjustments to the plate if you're getting boot errors where you will either have to tighten a little more (if not screwed down tight enough) or loosen (if screwed down too tightly). CPU pins can get fussy with the slightest bit of not enough or too much pressure but, you shouldn't need to though if you didn't go crazy tight on the screws. Once your Motherboard is happy with the adjustments and boots into your Operating System all good, then tweak your PC from there. Depending on the brand, Motherboards these days are built with thicker PCB's to prevent heat warping and to further optimize heat dissipation and cooling especially around the CPU and Chipset areas, so you can discard the worries about your board warping if you own such a brand. Quite a straight forward install which worked for me.

  • 5

    Works exactly as described

    Posted by Brett Tunnicliffe on 1st Dec 2022

    My i5-13600KF was a little toasty when I had it installed with the Intel ILM, i pulled the stock ILM out and replaced it with the correction frame (so easy to install - took less then 2 minutes). My i5 on a Z790 with DDR5-5600 has had an average of about 7 degrees drop in temps during gaming. Im not saying its a magic bullet or nothing, but the frame is a cheap insurance policy - not only to stop bending, but to help keep the fire breathing Raptor Lakes in check!

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