Best Heatsinks with Thermal Tape in 2026: 15 Picks Ranked by Specs
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Mounting a heatsink with thermal tape gives you a direct, tool-free way to cool small electronic components without clips or paste. We evaluated 15 options strictly by the specifications published on their listings to find the right thermal fit for your hardware. Leading the list is the Easycargo 15x15x0.5mm Copper Shims 20-Pack because its ultra-thin 0.5mm copper profile and pre-applied 3M 8810 tape fit tight-clearance laptop VRAM and small IC chips.
This guide helps you choose the correct heatsink footprint, metal type, and clearance height for your specific cooling needs.
Quick picks
The best fit for you
- You need ultra-thin cooling for tight laptop clearances Easycargo 15x15x0.5mm Copper Shims 20-Pack The 0.5mm height and copper build provide thermal transfer where standard finned heatsinks cannot fit.
- You need mixed heatsinks for Raspberry Pi components Easycargo 20-Piece Copper and Aluminum Heatsink Kit The 20-piece kit includes both copper and aluminum heatsinks designed for Raspberry Pi boards.
- You need maximum size variety for diverse repairs Easycargo 124-Piece Multi-Size Aluminum and Copper Kit The set includes 124 copper and aluminum pieces across nine miniature sizes for various chips.
- You need active airflow rather than passive cooling Easycargo 80mm Heatsink with USB Fan Its 80mm heatsink base incorporates a built-in USB fan for active heat dissipation.
Our 15 picks
Easycargo 15x15x0.5mm Copper Shims 20-Pack
Best for: tight-clearance laptop VRAM and small IC chips
- Features
- Thermal Tape (what this guide is about)
- Material
- Copper
- Cooling Method
- passive
- Compatible Device
- Laptop GPU CPU IC Chips VGA RAM
- Dimensions
- 15x15x0.5mm
- Mounting Type
- Pre applied adhesive tape backing
Easycargo 15x15mm Copper Pad Shims are 0.5mm-thin solid copper heat sinks backed with pre-applied 3M 8810 thermal conductive tape. Each pack provides 20 square shims measuring 15 by 15 millimeters for passive heat transfer. You get a direct fit for compact electronic components such as laptop GPUs, CPUs, VRAM, and IC chipsets where low vertical clearance prevents installing finned or taller heat sinks.
Pros
- Includes 20 solid copper heatsink shims
- Pre-applied 3M 8810 thermal conductive adhesive tape
- Ultra-low 0.5mm profile for tight clearances
- 15x15mm footprint fits laptop GPUs, VRAM, and IC chips
Cons
- Flat shim design lacks cooling fins for extended surface area
- Single 15x15mm size included in the pack
Good fit if
- You need low-profile 0.5mm copper shims for tight component clearance.
- You want pre-applied 3M 8810 adhesive tape for direct mounting.
- You have multiple small chips like VRAM, laptop GPUs, or ICs to cover.
Skip if
- You need tall, finned heatsinks for greater passive surface area.
- You require heatsinks larger or smaller than 15x15mm.
Verdict: Easycargo 15x15mm Copper Pad Shims deliver simple, ultra-thin passive cooling with pre-applied 3M 8810 tape across 20 pieces. They provide reliable thermal transfer where standard finned heatsinks cannot physically fit.
Easycargo 20-Piece Copper and Aluminum Heatsink Kit
Best for: mixed-metal passive Raspberry Pi cooling
- Features
- Thermal Tape (what this guide is about)
- Material
- Aluminum + Copper
- Compatible Device
- Raspberry Pi 5 4 3 boards
- Mounting Type
- Pre-applied adhesive tape backing
- Dimensions
- 0.55 × 0.55 × 0.28 inches
- Weight
- 0.64 ounces
View on Amazon: Easycargo 20-Piece Copper and Aluminum Heatsink Kit
This pack provides 20 miniature heatsinks fitted with pre-applied thermal conductive adhesive tape backing. You receive 15 aluminum pieces alongside five copper pad shims, measuring approximately 0.55 by 0.55 inches with a 0.28-inch height. The assortment fits Raspberry Pi 3, 4, and 5 boards, as well as VRAM, MOSFETs, and IC chips. It suits you if you need mixed copper and aluminum passive cooling for compact circuit components.
Pros
- Pre-applied thermal conductive adhesive tape backing
- Includes 15 aluminum and 5 copper heatsink shims
- Fits Raspberry Pi 3, 4, and 5 components
- Low 0.28-inch height fits compact enclosures
Cons
- Uneven pack split with only 5 copper pieces
- Raspberry Pi board not included
- Single footprint size across the bundle
Good fit if
- You need passive cooling shims for Raspberry Pi 3, 4, or 5 boards.
- You want both aluminum and copper heatsinks in one kit.
- You prefer pre-applied thermal tape for peel-and-stick mounting.
Skip if
- You need a set made entirely of copper heatsinks.
- You require active fan-assisted cooling rather than passive blocks.
Verdict: Easycargo 20-Piece Aluminum and Copper Heatsink Kit delivers a multi-metal assortment with pre-applied tape for small single-board computers and discrete components. It offers an easy peel-and-stick thermal setup when you want basic passive heat dissipation across multiple chips.
Easycargo 9mm Copper VRM Heatsinks
Best for: passive cooling on miniature VRMs and MOSFETs
- Features
- Thermal Tape (what this guide is about)
- Material
- Copper
- Cooling Method
- passive
- Compatible Device
- VRM GPU Stepper Driver MOSFET Regulators
- Dimensions
- 9mm x 9mm x 4mm
- Mounting Type
- Pre applied adhesive tape backing
This Easycargo kit provides 10 miniature copper heatsinks designed for compact electronics. Each unit measures 9mm by 9mm with a low-profile 4mm height, fitting tight clearance areas on circuit boards. With pre-applied thermal conductive adhesive tape backing, you can attach them directly onto MOSFETs, VRMs, stepper drivers, or laptop chips without extra paste. It suits you if you need targeted passive copper cooling for small components.
Pros
- Copper construction for efficient heat dissipation
- Pre-applied thermal conductive adhesive tape backing
- Low-profile 4mm height for tight clearances
- Includes 10 heatsinks in one kit
Cons
- Small 9mm by 9mm size covers only small surface areas
- Tape adhesive mounting without mechanical bracket hardware
Good fit if
- You need 9mm by 9mm copper cooling blocks for VRMs, MOSFETs, or stepper drivers.
- You want pre-applied thermal conductive tape for direct stick-on mounting.
Skip if
- You need larger heatsinks to cover standard 15mm or 40mm electronic components.
- You require active cooling fans rather than compact passive heat sinks.
Verdict: Easycargo 9mm Copper Heatsinks (10-Pack) delivers 10 miniature passive copper blocks equipped with pre-applied thermal tape. It is a solid choice for cooling small VRM and MOSFET chips in low-clearance installations.
Easycargo 9mm Black Aluminum Heatsinks (30-Pack)
Best for: 3D printer stepper motor driver cooling
- Features
- Thermal Tape (what this guide is about)
- Material
- black aluminum
- Cooling Method
- passive cooling
- Compatible Device
- Stepper Motor Module TMC2130 TMC2100
- Dimensions
- 9mm x 9mm x 12mm
- Mounting Type
- pre-applied adhesive tape
View on Amazon: Easycargo 9mm Black Aluminum Heatsinks (30-Pack)
This kit provides 30 black aluminum heatsinks fitted with pre-applied 3M 8810 thermal conductive adhesive tape. Each unit measures 9mm by 9mm by 12mm and weighs 1 gram. The package suits you if you need compact passive cooling blocks for 3D printer stepper motor drivers, including TMC2130, TMC2100, A4988, DRV8825, or TMC2208 modules. You get high component clearance alongside direct peel-and-stick mounting across multiple small drivers.
Pros
- Includes 30 black aluminum heatsinks
- Pre-applied 3M 8810 thermal conductive adhesive tape
- Compact 9mm x 9mm footprint with 12mm height
- Lightweight build at 1 gram per heatsink
Cons
- Stepper motor driver modules not included
- Fixed footprint limited to 9mm by 9mm components
Good fit if
- You need passive cooling for stepper drivers like TMC2208, TMC2130, or A4988.
- You require pre-applied 3M 8810 thermal adhesive tape for fast installation.
- You need a bulk set of 30 uniform heatsinks for small electronics.
Skip if
- You need heatsink footprints wider than 9mm by 9mm.
- You require copper heatsinks instead of aluminum.
Verdict: Easycargo 9mm Aluminum Heatsink 30-Pack delivers pre-taped passive cooling tailored for stepper driver modules. Its compact 9mm footprint and pre-applied 3M 8810 tape handle multi-driver setups efficiently.
Easycargo 40mm Copper Heatsink 2-Pack
Best for: low-profile NEMA 17 and Peltier cooling
- Features
- Thermal Tape (what this guide is about)
- Material
- copper
- Compatible Device
- 3D printers, NEMA 17, Peltier Cooler
- Dimensions
- 40mm x 40mm x 4mm
- Mounting Type
- preapplied adhesive tape
- Weight
- 1.27 ounces
This set gives you two 40mm copper heatsinks fitted with pre-applied thermal conductive adhesive tape. Each unit measures 40mm by 40mm with a low 4mm profile, making it suitable for tight vertical clearances. Designed for components such as NEMA 17 stepper motors, 3D printers, and TEC1-12706 thermoelectric Peltier coolers, it suits your projects when you require direct thermal contact without mounting hardware or extra thermal paste.
Pros
- Pre-applied thermal conductive adhesive tape
- Solid copper construction
- Low-profile 4mm (0.16-inch) height for compact spaces
- Includes two 40mm x 40mm heatsinks
Cons
- Small pack size containing only two pieces
- Slim 4mm profile provides limited surface area
Good fit if
- You need a low-profile 4mm heatsink for tight clearance areas.
- You want pre-applied thermal adhesive tape for straightforward mounting.
- You are cooling 40mm components like NEMA 17 motors or Peltier coolers.
Skip if
- You need more than two heatsinks for your setup.
- You require taller fins for higher heat dissipation.
Verdict: Easycargo 40mm Copper Heatsink 2-Pack provides a slim copper cooling solution with pre-applied thermal tape for compact 40mm components. It works well if you need direct thermal contact for NEMA 17 stepper motors or thermoelectric coolers.
Easycargo SODIMM Copper Memory Heatsink
Best for: laptop and notebook SODIMM RAM cooling
- Features
- Thermal Tape (what this guide is about)
- Material
- Copper
- Compatible Device
- Laptop Notebook SODIMM RAM
- Dimensions
- 63mmx23mmx0.5mm
- Mounting Type
- Pre-applied adhesive tape
- Length
- 2.48 inches
This low-profile copper heatsink from Easycargo is designed specifically for SODIMM RAM modules in laptops, notebooks, and small desktop computers. Measuring 63mm by 23mm with a 0.5mm thickness, it fits tight enclosures without adding significant bulk. It weighs 5 grams and includes pre-applied 3M 8810 thermal conductive adhesive tape for immediate mounting. If you need dedicated cooling for laptop-sized memory sticks, this copper heat spreader suits your build.
Pros
- Pre-applied 3M 8810 thermal conductive adhesive tape
- Ultra-thin 0.5mm profile fits tight laptop enclosures
- Sized specifically for standard SODIMM memory modules (63mm x 23mm)
- Pure copper construction weighing 5 grams per piece
Cons
- Flat 0.5mm profile lacks raised cooling fins
- Limited strictly to SODIMM form factor dimensions
Good fit if
- You need a copper heat spreader sized for SODIMM laptop RAM modules.
- You have minimal vertical clearance inside a notebook or compact PC chassis.
- You want pre-applied 3M 8810 thermal tape ready out of the box.
Skip if
- You need heatsinks for standard full-sized desktop DIMM memory modules.
- You require taller heatsinks with extended fins for active airflow dissipation.
Verdict: Easycargo Copper SODIMM RAM Heatsink provides ultra-thin thermal transfer for notebook memory using pure copper and pre-applied 3M tape. Its 0.5mm profile ensures clean fitment inside compact laptop memory compartments.
Awxlumv 40mm Aluminum Heatsink 4-Pack
Best for: 40 mm stepper motors and router chipsets
- Features
- Thermal Tape (what this guide is about)
- Material
- extruded aluminum 6063-T5 alloy
- Cooling Method
- passive cooling
- Dimensions
- 40 x 40 x 11mm
- Mounting Type
- Pre-applied 3M 8810 adhesive tape
- Compatible Device
- 3D Printer
This four-pack features 40 x 40 x 11 mm extruded 6063-T5 aluminum heatsinks finished in black anodization. Each piece weighs 0.6 ounces and includes pre-applied 3M 8810 thermal conductive tape for direct mounting without extra paste or brackets. It suits you if you need compact passive cooling for NEMA 17 stepper motors, 3D printer components, router chipsets, or thermoelectric modules.
Pros
- Pre-applied 3M 8810 double-sided thermal conductive adhesive tape
- Extruded 6063-T5 anodized aluminum construction
- Compact 40 x 40 x 11 mm footprint matching NEMA 17 motors
- Lightweight build at 0.6 ounces per unit
Cons
- Package contains only four heatsinks
- Aluminum build lacks thermal transfer rate of solid copper
- 11 mm height exceeds vertical clearance under 10 mm
Good fit if
- You need 40 mm square heatsinks for NEMA 17 stepper motors or routers.
- You want pre-applied 3M 8810 adhesive tape for direct surface mounting.
- You require lightweight passive cooling components weighing 0.6 ounces each.
Skip if
- You need pure copper material rather than aluminum alloy.
- You require bulk packs containing more than four heatsinks.
- You have tight enclosures with vertical clearance under 11 mm.
Verdict: Awxlumv 40mm Aluminum Heatsink 4-Pack delivers practical passive cooling for 40 mm electronics using factory-applied 3M 8810 thermal tape. The 11 mm extruded profile provides structural stability and surface area for stepper motors without adding excess weight.
Easycargo 124-Piece Multi-Size Aluminum and Copper Kit
Best for: multi-device electronics repair and small chip cooling
- Features
- Thermal Tape (what this guide is about)
- Material
- Aluminum and Copper
- Compatible Device
- Raspberry Pi 4, M.2 SSD, PS5
- Mounting Type
- Pre-applied 3M 8810 adhesive tape
- Length
- 0.56 inches
- Width
- 0.56 inches
View on Amazon: Easycargo 124-Piece Multi-Size Aluminum and Copper Kit
This set contains 124 heat sinks across nine sizes in aluminum and copper. Each piece comes with pre-applied 3M 8810 thermal conductive adhesive tape for direct mounting. Dimensions range from 9x9x5mm aluminum blocks to 0.5mm flat copper shims. You get cooling options for Raspberry Pi chips, VRMs, and laptop components. It suits you if you need a wide variety of small heatsinks for multiple electronics projects.
Pros
- Includes 124 heatsinks across nine different footprint sizes
- Pre-applied 3M 8810 thermal conductive adhesive tape on all parts
- Contains both finned aluminum heatsinks and flat copper pad shims
- Covers components ranging from 9x9mm up to 15x15mm footprints
Cons
- Only 20 of the 124 pieces are copper, and they are flat 0.5mm shims without fins
- Footprints top out at 15x15mm, excluding larger chips or power stages
Good fit if
- You maintain or modify small electronics like Raspberry Pi boards, VRMs, or M.2 drives
- You need multiple heatsink dimensions in a single assortment box
- You want factory-applied thermal tape to skip separate adhesive application
Skip if
- You need large finned heatsinks for high-wattage desktop CPUs or GPUs
- You require mostly copper finned heatsinks rather than aluminum blocks
Verdict: Easycargo 124-Piece Aluminum and Copper Heatsink Kit delivers a broad selection of nine miniature heatsink sizes backed by 3M 8810 tape. It gives you flexible cooling options for dense circuit boards, small ICs, and single-board computers.
Easycargo 10mm Copper VRM Heatsink Kit
Best for: cooling small VRM chips in tight spaces
- Features
- Thermal Tape (what this guide is about)
- Material
- Copper
- Compatible Device
- VRM, IC Chips
- Dimensions
- 10mm x 10mm x 4mm
- Mounting Type
- Pre-applied adhesive tape
- Weight
- 0.39 ounces
The Easycargo 10mm Copper VRM Heatsinks kit gives you ten compact copper heat spreaders measuring 10mm by 10mm by 4mm. Each heatsink weighs 2 grams and comes with pre-applied 3M 8810 thermal conductive adhesive tape. This setup eliminates the need for separate thermal paste or pads. You will find these useful if you need low-profile passive cooling for small voltage regulator modules or other miniature electronic chips.
Pros
- Solid copper material
- Pre-applied 3M 8810 thermal conductive tape
- Low 4mm height fits restricted clearances
- Pack includes 10 matching heatsinks
Cons
- Small 10mm by 10mm footprint does not fit larger processors
- Short 4mm profile offers less fin area than taller alternatives
Good fit if
- You need passive cooling for individual VRM chips or small ICs.
- You want pre-applied 3M 8810 tape for peel-and-stick mounting.
Skip if
- You need to cool components larger than 10mm by 10mm.
- You require tall fins or active fan cooling for high heat loads.
Verdict: Easycargo 10mm Copper VRM Heatsinks deliver compact thermal dissipation for small circuit components. Their pre-applied 3M tape ensures straightforward mounting in clearance-constrained builds.
Easycargo 14mm Copper Heatsink 10-Pack
Best for: GPU VRAM and low-profile chip cooling
- Features
- Thermal Tape (what this guide is about)
- Material
- Copper
- Compatible Device
- PC components, GPU, VRAM, CPU, Laptop
- Dimensions
- 14mmx12mmx5mm
- Mounting Type
- Thermal Conductive Adhesive Tape
This 10-piece pack from Easycargo provides pure copper heatsinks paired with thermal conductive adhesive tape. Each unit measures 14mm by 12mm by 5mm and weighs 4.92 grams. These dimensions fit GPU VRAM, laptop components, and compact PC chips. You get dedicated copper cooling for small surface areas where standard large coolers cannot mount. It suits you if you need uniform cooling on individual memory modules.
Pros
- Solid copper construction for thermal conductivity
- Includes thermal conductive adhesive tape
- Compact 14mm by 12mm by 5mm footprint fits tight clearances
- Includes 10 pieces for multi-chip coverage
Cons
- Fixed 5mm height cannot adjust for tighter vertical clearance
- Contains only one size across all 10 pieces
Good fit if
- You need low-profile copper cooling for GPU VRAM or laptop chips.
- You want heatsinks bundled with thermal conductive adhesive tape.
- You have clearance for heatsinks measuring 5mm tall.
Skip if
- You need an assortment of multiple heatsink dimensions.
- You require active cooling with an integrated fan.
Verdict: Easycargo 14mm Copper VRAM Heatsinks deliver dense copper heat dissipation with thermal conductive adhesive tape for individual memory chips. They provide a practical low-profile solution for targeted cooling across PC and laptop components.
ZZHXSM 80mm Black Aluminum Heatsink 2-Pack
Best for: cooling larger flat electronics passively
- Features
- Thermal Tape (what this guide is about)
- Material
- Black anodized aluminum
- Cooling Method
- Passive
- Compatible Device
- 3D printers, LEDs, FPV transmitters
- Dimensions
- 80 x 40 x 11mm
- Mounting Type
- Thermal conductive adhesive tape
This package provides two black anodized aluminum heatsinks measuring 80 by 40 by 11 millimeters. Each unit weighs 36 grams and includes a pre-coated thermal tape backing for direct attachment without separate paste. The wide 80-millimeter footprint offers substantial surface area for passive heat dissipation. This setup suits you if you need to cool larger flat components like LED modules, 3D printer hardware, or FPV transmitters.
Pros
- Pre-coated thermal conductive tape backing for quick mounting
- Generous 80 x 40 mm footprint for wider component coverage
- Two black anodized aluminum heatsinks included
- Lightweight build at 36 grams per unit
Cons
- Passive design with no cooling fan included
- Low 11 mm height limits total fin surface area
Good fit if
- You need a wider heatsink footprint for electronics like LEDs or 3D printer boards.
- You prefer peel-and-stick thermal adhesive backing over separate thermal paste.
Skip if
- You need an active cooling solution that includes a fan.
- You require a bulk variety pack with multiple different heatsink sizes.
Verdict: ZZHXSM 80x40x11mm Aluminum Heatsink 2-Pack delivers broad passive cooling coverage with pre-applied thermal adhesive backing. It provides a simple mounting option for flat electronics such as LEDs and 3D printer hardware.
GeeekPi 102-Piece Aluminum and Copper Heatsink Kit
Best for: multi-device DIY electronics and small component cooling
- Features
- Thermal Tape (what this guide is about)
- Material
- Aluminum, Copper
- Compatible Device
- Raspberry Pi, CPU, GPU, Laptop
- Mounting Type
- Thermal conductive adhesive tape
- Dimensions
- 1.57 × 1.57 × 0.43 inches
- Weight
- 7.83 ounces
View on Amazon: GeeekPi 102-Piece Aluminum and Copper Heatsink Kit
This kit provides 102 heatsinks paired with thermal conductive adhesive tape for cooling electronics. You get 92 aluminum heatsinks and 10 copper heatsinks organized across 17 categories inside a dedicated storage box. Designed for components such as Raspberry Pi boards, VRM, VRAM, and 3D printer stepper drivers, this assortment suits you if you need multiple heatsink sizes and metal types ready for varied DIY hardware projects.
Pros
- Includes 102 heatsinks with 92 aluminum and 10 copper pieces
- Pre-applied thermal conductive adhesive tape for mounting
- Compartmentalized storage box sorting heatsinks into 17 categories
- Broad compatibility spanning Raspberry Pi, VRM, and stepper motor modules
Cons
- Only 10 of the 102 included heatsinks are copper
- No active cooling fan included in the kit
Good fit if
- You need a wide assortment of heatsink sizes for multiple small components.
- You want both aluminum and copper options paired with thermal tape.
- You maintain electronics like Raspberry Pi boards or 3D printer driver modules.
Skip if
- You require an all-copper set of heatsinks.
- You need an active fan rather than passive heatsinks.
Verdict: GeeekPi 102-Piece Aluminum and Copper Heatsink Kit delivers an extensive mix of 17 heatsink styles with thermal conductive tape in a divided storage case. It provides versatile passive cooling options for diverse circuit boards and small ICs.
GeeekPi 15x15x5mm Copper Heatsinks 8-Pack
Best for: compact single-board computers and small PCB chips
- Features
- Thermal Tape (what this guide is about)
- Material
- Pure Copper
- Compatible Device
- Raspberry/Orange/Rock/Banana Pi
- Dimensions
- 15*15*5mm
- Mounting Type
- Thermal Conductive Adhesive Tape
This kit includes eight pure copper heatsinks designed for electronic chips. Each unit measures 15 by 15 millimeters with a 5-millimeter height, or 0.59 by 0.59 by 0.2 inches. Pre-applied thermal conductive adhesive tape provides direct attachment to surfaces on single-board computers or motherboards. You get dense copper material for heat dissipation across small components. This setup fits your build if you need targeted passive cooling on compact circuit boards without mounting hardware.
Pros
- Pure copper construction for heat conductivity
- Pre-applied thermal conductive adhesive tape for direct mounting
- Compact 15x15x5mm dimensions fit small electronic components
- Includes eight heatsinks per pack
Cons
- Fixed 15x15mm dimensions do not fit larger integrated circuits
- Five-millimeter height may cause clearance issues in ultra-slim enclosures
- Pack size limited to eight pieces
Good fit if
- You need passive cooling for 15x15mm chips on boards like Raspberry Pi or Orange Pi.
- You want pre-applied thermal conductive tape rather than separate paste or pads.
- You require pure copper heatsinks for small electronics projects.
Skip if
- You need to cool chips larger than 15x15mm.
- You require a bulk kit with dozens of heatsinks across multiple sizes.
Verdict: GeeekPi 15x15x5mm Copper Heatsinks 8-Pack delivers compact copper cooling backed by thermal conductive adhesive tape for small single-board computers. It serves builds requiring low-profile passive heat dissipation on 15x15mm chips without complex mounting.
GeeekPi 18-Piece Pure Copper Heatsink Set
Best for: Raspberry Pi 4 and 5 cooling setups
- Features
- Thermal Tape (what this guide is about)
- Material
- Pure Copper
- Compatible Device
- Raspberry Pi 5/4B
- Mounting Type
- Thermal Conductive Adhesive Tape
- Weight
- 2.47 ounces
This package provides 18 pure copper heatsinks designed for cooling components on Raspberry Pi boards. Each piece includes thermal conductive adhesive tape for direct mounting without extra paste or brackets. Built specifically to fit Raspberry Pi 5 and Raspberry Pi 4 Model B setups, this pack gives you enough heatsinks to cover multiple boards or component chips. It suits you if you need pure copper thermal management for your mini-PC projects.
Pros
- Pure copper construction
- Includes 18 individual heatsinks
- Pre-applied thermal conductive adhesive tape
- Compatible with Raspberry Pi 5 and Raspberry Pi 4 Model B
Cons
- Passive cooling only with no fan included
- Specific dimensions per heatsink are not listed
Good fit if
- You need passive cooling for a Raspberry Pi 5 or Raspberry Pi 4 Model B.
- You prefer pure copper heatsinks with pre-applied thermal adhesive tape.
- You want multiple heatsinks to outfit several components or boards.
Skip if
- You need an active cooling solution featuring an integrated fan.
- You require heatsinks with documented millimeter dimensions.
Verdict: GeeekPi 18-Piece Pure Copper Heatsink Set delivers solid passive thermal management for Raspberry Pi 4 Model B and 5 boards. The included thermal conductive adhesive tape ensures simple installation across 18 separate copper units.
Easycargo 80mm Heatsink with USB Fan
Best for: active USB-powered heatsink cooling
- Features
- Fan, Thermal Tape (what this guide is about)
- Fan Size
- 80mm
- Dimensions
- 80mmx80mmx39mm
- Mounting Type
- Thermal Conductive Adhesive Tape
- Weight
- 6.95 ounces
This Easycargo cooling unit pairs an 80mm heatsink with an integrated 8025 USB fan. Measuring 80mm by 80mm by 39mm and weighing 197 grams, it provides active airflow alongside pre-applied thermal conductive adhesive tape. You get a dual ball bearing fan powered over standard USB. It suits your build if you need forced air cooling on an 80mm surface rather than relying purely on passive aluminum dissipation.
Pros
- Includes a dual ball bearing 8025 USB fan
- Comes with pre-applied thermal conductive adhesive tape
- Compact 80mm x 80mm footprint
- Weighs 197 grams (6.9 oz)
Cons
- Requires an open USB port to run the fan
- Total height of 39mm needs more clearance than passive plates
Good fit if
- You want active airflow over an 80mm heatsink base
- You have at least 39mm of vertical component clearance
- You can route power through an accessible USB port
Skip if
- You need a silent, zero-power passive heatsink
- You require an ultra-low profile cooler under 39mm tall
Verdict: Easycargo 80mm Heatsink with USB Fan provides active airflow using dual ball bearings and pre-applied thermal tape. It solves hot spots where passive 80mm heatsinks lack necessary air circulation.
Specifications side by side
| Spec | Easycargo 15x15x0.5mm Copper Shims 20-Pack | Easycargo 20-Piece Copper and Aluminum Heatsink Kit | Easycargo 9mm Copper VRM Heatsinks | Easycargo 9mm Black Aluminum Heatsinks (30-Pack) | Easycargo 40mm Copper Heatsink 2-Pack | Easycargo SODIMM Copper Memory Heatsink | Awxlumv 40mm Aluminum Heatsink 4-Pack | Easycargo 124-Piece Multi-Size Aluminum and Copper Kit | Easycargo 10mm Copper VRM Heatsink Kit | Easycargo 14mm Copper Heatsink 10-Pack | ZZHXSM 80mm Black Aluminum Heatsink 2-Pack | GeeekPi 102-Piece Aluminum and Copper Heatsink Kit | GeeekPi 15x15x5mm Copper Heatsinks 8-Pack | GeeekPi 18-Piece Pure Copper Heatsink Set | Easycargo 80mm Heatsink with USB Fan |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Material | Copper | Aluminum + Copper | Copper | black aluminum | copper | Copper | extruded aluminum 6063-T5 alloy | Aluminum and Copper | Copper | Copper | Black anodized aluminum | Aluminum, Copper | Pure Copper | Pure Copper | not specified |
| Cooling Method | passive | not specified | passive | passive cooling | not specified | not specified | passive cooling | not specified | not specified | not specified | Passive | not specified | not specified | not specified | not specified |
| Compatible Device | Laptop GPU CPU IC Chips VGA RAM | Raspberry Pi 5 4 3 boards | VRM GPU Stepper Driver MOSFET Regulators | Stepper Motor Module TMC2130 TMC2100 | 3D printers, NEMA 17, Peltier Cooler | Laptop Notebook SODIMM RAM | not specified | Raspberry Pi 4, M.2 SSD, PS5 | VRM, IC Chips | PC components, GPU, VRAM, CPU, Laptop | 3D printers, LEDs, FPV transmitters | Raspberry Pi, CPU, GPU, Laptop | Raspberry/Orange/Rock/Banana Pi | Raspberry Pi 5/4B | not specified |
| Fan Size | not specified | not specified | not specified | not specified | not specified | not specified | not specified | not specified | not specified | not specified | not specified | not specified | not specified | not specified | 80mm |
| Dimensions | 15x15x0.5mm | not specified | 9mm x 9mm x 4mm | 9mm x 9mm x 12mm | 40mm x 40mm x 4mm | 63mmx23mmx0.5mm | 40 x 40 x 11mm | not specified | 10mm x 10mm x 4mm | 14mmx12mmx5mm | 80 x 40 x 11mm | not specified | 15*15*5mm | not specified | 80mmx80mmx39mm |
| Mounting Type | Pre applied adhesive tape backing | Pre-applied adhesive tape backing | Pre applied adhesive tape backing | pre-applied adhesive tape | preapplied adhesive tape | Pre-applied adhesive tape | Pre-applied 3M 8810 adhesive tape | Pre-applied 3M 8810 adhesive tape | Pre-applied adhesive tape | Thermal Conductive Adhesive Tape | Thermal conductive adhesive tape | Thermal conductive adhesive tape | Thermal Conductive Adhesive Tape | Thermal Conductive Adhesive Tape | Thermal Conductive Adhesive Tape |
| Color | Copper Tone | Multicolored (20pcs) | 10pcs 9x9x4mm Copper | Black | 2pcs 40x40x4mm Copper | not specified | 40 x40 x11 | not specified | not specified | Copper | Black | not specified | not specified | not specified | not specified |
| Features | Thermal Tape | Thermal Tape | Thermal Tape | Thermal Tape | Thermal Tape | Thermal Tape | Thermal Tape | Thermal Tape | Thermal Tape | Thermal Tape | Thermal Tape | Thermal Tape | Thermal Tape | Thermal Tape | Fan, Thermal Tape |
| Length | 0.59 inches | not specified | not specified | not specified | not specified | 2.48 inches | not specified | 0.56 inches | not specified | not specified | not specified | not specified | not specified | not specified | not specified |
| Width | 0.59 inches | not specified | not specified | not specified | not specified | 0.91 inches | not specified | 0.56 inches | not specified | not specified | not specified | not specified | not specified | not specified | not specified |
| Weight | not specified | 0.64 ounces | not specified | 0.74 ounces | 1.27 ounces | not specified | 0.63 ounces | 5.93 ounces | 0.39 ounces | not specified | 1.26 ounces | 7.83 ounces | not specified | 2.47 ounces | 6.95 ounces |
| Size | 15x15x0.5mm | not specified | not specified | 9mm | not specified | not specified | 40 x40 x11 | not specified | 10mmx10mmx4mm | not specified | not specified | not specified | not specified | not specified | not specified |
| Model | NA | not specified | ES-H12B141407 | ES-20B090912-8810 | 404004C02-8810 | 6323-05-8810 | 40 x40 x11 mm | 124-HK | 101010C10-3M-8810 | 141205C10 | AHEATS-80x40x11-2 | not specified | not specified | F-0029 | 8025FH01-USB |
If you need cooling for storage, see our list of the best nvme SSDs with heatsink for your build.
How to Choose Thermal Tape Heatsinks
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Select Copper or Aluminum Materials
Check the material specifications based on your component heat profile and weight limits. Copper provides dense heat conduction, making it suitable for concentrated hot spots on small processors and power stages. Aluminum gives you lighter overall weight and effective heat dissipation across larger surface areas. When you need targeted heat absorption on miniature components like voltage regulator modules, solid copper options such as the Easycargo 9mm Copper VRM Heatsinks focus material density directly over the chip surface. Choose aluminum when total installation weight is your main priority.
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Decide Between Passive and Active
Determine whether your installation environment has existing airflow. Passive heatsinks rely entirely on surrounding air circulation or chassis fans to remove heat from the fins. If your project sits in an enclosed chassis or stagnant ambient air, passive fins can saturate with heat over time. Models with integrated airflow, like the Easycargo 80mm Heatsink with USB Fan, supply dedicated active air using built-in dual ball bearings. Choose active cooling when components generate steady heat in sealed enclosures, and stick to silent passive units when your system case already moves sufficient air.
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Match Base Dimensions to Components
Measure the length and width of the component die or heat spreader before picking a heatsink. A heatsink base should cover the target chip surface without overlapping nearby traces, exposed leads, or adjacent electronic parts. Using an oversized block can cause physical interference or electrical contact with sensitive surface-mount devices. For large-format electronics such as LED drivers or power modules, broad rectangular options like the ZZHXSM 80mm Black Aluminum Heatsink provide 3.15 inches of length to span extended component layouts. Check individual dimensions to verify the base stays completely within your designated clearance boundary.
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Choose Multipacks or Assorted Kits
Compare kit contents against the number and variety of chips you plan to cool. If you are servicing identical components such as a row of motor drivers, buying a uniform multi-pack ensures every chip receives consistent thermal dissipation and clearance. If you are retrofitting an entire circuit board with multiple chip sizes, an assortment like the GeeekPi 102-Piece Aluminum and Copper Heatsink Kit provides 17 distinct styles to match varying footprints. Pick uniform packs for standardized hardware upgrades, and select multi-size assortments when repairing mixed electronic boards with diverse surface profiles.
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Check Hardware Form Factor Fit
Verify whether your hardware calls for specialized component shaping rather than a standard square heatsink. General square heatsinks work well on central processing chips, but specialized circuit components require tailored profiles to sit flush. For memory modules, wide rectangular shapes provide direct coverage across multiple soldered chips simultaneously. The Easycargo SODIMM Copper Memory Heatsink features a 2.48-inch length engineered specifically for notebook RAM sticks, fitting straight onto the board without overhang. Review your device form factor to confirm whether standard square blocks or elongated rectangular profiles match your target layout.
Frequently asked questions
What is the purpose of pre-applied thermal tape on small heatsinks?
Thermal tape attaches the heatsink directly to components while conducting heat without needing mounting clips, screws, or liquid thermal paste. It provides physical adhesion and thermal transfer in a single layer. Options in this guide, such as the Awxlumv 40mm Aluminum Heatsink and Easycargo 9mm Black Aluminum Heatsinks, use pre-applied 3M 8810 tape to secure parts directly onto chipsets and motor drivers.
Can you cool laptop memory modules with a thermal tape heatsink?
Yes, you can cool notebook memory using low-profile copper spreaders designed specifically for tight SODIMM compartments. For example, the Easycargo SODIMM Copper Memory Heatsink measures 0.91 inches wide and 2.48 inches long with a 0.5mm profile. It uses pre-applied 3M tape to stick directly onto RAM modules without contacting adjacent motherboard parts or internal laptop casing.
How do you mount heatsinks on 3D printer stepper motor drivers?
You peel the protective backing off the pre-applied thermal tape and press the heatsink directly onto the central driver chip. Compact options like the Easycargo 9mm Black Aluminum Heatsinks feature a footprint of 0.35 by 0.35 inches with an extruded height of 0.47 inches. This compact size fits neatly on miniature stepper driver modules to disperse heat without causing electrical shorts on adjacent pins.
Are passive thermal tape heatsinks suitable for Raspberry Pi boards?
Yes, passive heatsinks with thermal tape provide direct surface contact to cool processors and power chips on single-board computers. Kits like the GeeekPi 18-Piece Pure Copper Heatsink Set are sized specifically for Raspberry Pi 4 Model B and 5 boards. The included thermal conductive adhesive tape bonds each unit directly to bare IC surfaces without requiring mechanical brackets.
When should you choose an active fan heatsink over a passive heatsink?
You should select an active fan heatsink when cooling larger components enclosed in areas that lack sufficient natural airflow. While passive heatsinks rely on ambient movement, the Easycargo 80mm Heatsink with USB Fan features active dual ball bearings to blow air across its fins. Measuring 3.15 by 3.15 inches and 1.54 inches tall, it cools enclosed electronics that generate steady heat.
What size heatsink fits small VRM and MOSFET chips?
Small VRMs and MOSFETs typically require heatsinks with footprints measuring 10mm or smaller to prevent bridging circuit traces. For example, the Easycargo 9mm Copper VRM Heatsinks measure 0.35 by 0.35 inches with a height of 0.16 inches. Similarly, the Easycargo 10mm Copper Heatsinks measure 0.39 by 0.39 inches, allowing targeted heat transfer on cramped power stages.
How do multi-size heatsink kits help with electronics repair?
Multi-size kits provide assorted heatsink footprints to match various integrated circuits across different hardware projects. For instance, the Easycargo 124-Piece Kit supplies nine distinct heatsink sizes backed by 3M 8810 tape, weighing 5.93 ounces overall. It supports devices like PS5 consoles, graphics cards, laptops, and single-board computers, letting you fit the exact chip dimensions you encounter.