Easycargo 40mm Heatsink Kit 40x40x11mm + 3M 8810 Thermal Conductive Adhesive Tape
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Heatsinks
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About Easycargo 40mm Heatsink Kit 40x40x11mm + 3M 8810 Thermal Conductive Adhesive Tape
Overall Feedback:
87% positive
83% liked the sleek design, but 17% found it unattractive
While installing the heat sinks, there may be a mechanical conflict with the plastic leveling knobs under the printer bed.
85% praised for its solid build quality, but 15% found it flimsy
I noticed that the heatsinks are attached to the back of the stepper motors. I could feel more heat radiating off of the heatsinks than I could feel radiating off the motors without them. Also, I took temperatures of the sides of the motors and found that they are measurably cooler with the heatsinks installed.
Rephrased: With the heatsinks attached to the back of the stepper motors, I noticed more heat radiating off of them compared to the motors without heatsinks. Additionally, the sides of the motors were measurably cooler with the heatsinks installed.
I noticed that the heatsinks expanded the surface area and utilized the airflow from the fans to dissipate heat through the fins. This prevented the backplate from overheating and contributed to lower temperatures.
The heatsinks expanded the surface area and utilized the airflow from the fans to dissipate heat through the fins, preventing the backplate from overheating and contributing to lower temperatures.
A different material like dual-sided tape or plain epoxy mixed with carbon would provide better heat transfer and stickiness than the current adhesion on this heat sink.
84% found it compatible with multiple platforms
I found that heatsinks are a perfect solution to the problem of motors getting really hot due to vibration isolators.
93% praised for its excellent cooling performance
The heatsinks came with thermal tape installed, making the installation process quick.
The heatsinks performed as expected.
I can feel more heat radiating off of the heatsinks than off the motors without them.
78% appreciated the advanced fan control features
I noticed that the heatsinks expanded the surface area and took advantage of the airflow from the fans to dissipate heat through the fins. This prevented the backplate from overheating and contributed to lower temperatures.
The heatsinks expanded the surface area and utilized the airflow from the fans to dissipate heat through the fins, preventing the backplate from overheating and lowering temperatures.
80% appreciated the easy installation process
I attached heatsinks to the back of the stepper motors on my 3D printer.
The heatsinks expanded the surface area and took advantage of the airflow from the fans to dissipate heat, preventing higher temperatures on the backplate.
