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A Nintendo Switch that runs hot, throttles during gameplay, or shuts down unexpectedly is almost always a cooling system problem — not a game issue. Over time, the original thermal pad dries out, the heat pipe loses efficiency, and the copper radiator accumulates dust that restricts airflow. Console repair technicians and DIY Switch owners who want to restore stable performance rather than replace the entire unit need a complete Nintendo Switch copper cooling tube and heatsink kit with all the thermal interface components in one package.
This kit includes the key internal cooling components for the Nintendo Switch (NS) console: a copper heat pipe (cooling tube) that conducts heat from the SoC to the radiator, a copper heatsink/radiator that dissipates heat into the airflow path, and a thermal conductive pad that bridges the gap between the chip package and the heatsink surface. All metal components are made from copper for its thermal conductivity advantage over aluminum in compact, thermally constrained enclosures. Specific dimensions and thermal pad thickness are available in the variant options above.
Typical use cases include Nintendo Switch overheating repair where the console throttles or shuts down during demanding titles like Breath of the Wild or Pokémon Scarlet/Violet, preventive cooling system refresh during a full console teardown and cleaning, and post-water-damage restoration where the original thermal components were corroded or displaced during the incident.
| Compatible Console | Nintendo Switch (HAC-001) — original model |
|---|---|
| Heat Pipe Material | Copper |
| Heatsink / Radiator Material | Copper |
| Thermal Pad Material | Thermal conductive silicone pad |
| Thermal Pad Thickness | See variant options |
| Kit Contents | Copper heat pipe (cooling tube), copper heatsink/radiator, thermal conductive pad |
| Installation Tools Required | Tri-wing Y00 screwdriver, Phillips PH00 screwdriver, plastic pry tool, IPA + lint-free cloth |
| Warranty Implication | Opening the console voids manufacturer warranty |
| Not Compatible With | Nintendo Switch Lite, Nintendo Switch OLED |
| Dimensions | See variant options |
Common signs of a failing or degraded cooling system include the console running noticeably hot to the touch, the fan spinning at maximum speed during light gameplay, frequent thermal throttling (frame drops or slowdowns during demanding titles), or the console shutting down unexpectedly during extended sessions. If cleaning the fan and vents does not resolve the issue, replacing the thermal pad and inspecting the heat pipe and heatsink is the recommended next step.
This kit is designed for the original Nintendo Switch (HAC-001) console. The Nintendo Switch Lite and Nintendo Switch OLED use different internal layouts and cooling configurations and are not compatible with this kit. Confirm your console model number on the back label or original packaging before ordering.
Thermal pad thickness directly affects heat transfer efficiency. A pad that is too thin may not make full contact across the chip surface, while one that is too thick can compress unevenly and create air gaps. The pad included in this kit is sized to match the original Nintendo Switch thermal interface specifications. See variant options for specific thickness if multiple options are available.
In most cases, the original thermal pad should be replaced rather than reused. Thermal pads compress and conform to the surface over time, and removing the heatsink typically deforms the pad enough that it will not reseat correctly. Using a fresh pad from this kit ensures consistent thermal contact and optimal heat transfer after reassembly.
This kit includes a thermal conductive pad as the primary interface material. Whether thermal paste is also included depends on the specific variant — see product options or contact us to confirm. If your repair requires thermal paste on the CPU/GPU die in addition to the pad on secondary chips, you may need to source it separately.
Copper has higher thermal conductivity than aluminum, meaning it transfers heat away from the source more efficiently per unit area. In a compact device like the Nintendo Switch where space is limited and the cooling system operates close to its thermal limits, a copper heatsink and heat pipe generally provide better sustained performance than an aluminum equivalent — especially during extended gaming sessions with thermally demanding titles.
Opening a Nintendo Switch typically requires a Tri-wing Y00 screwdriver for the back shell screws and a Phillips PH00 for internal screws. A plastic pry tool or spudger is recommended for separating the shell without scratching. IPA (isopropyl alcohol) and a lint-free cloth are useful for cleaning the chip surface before applying the new thermal pad. A full repair guide specific to your console model is strongly recommended before starting.
Ships within 48 hours · Estimated delivery Jun 26 - Jul 1
US$40
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