Pastall 30 PCS Raspberry Pi Review (2026): A Spec-Based Look
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This pastall 30 PCs raspberry pi review focuses on a passive cooling solution for single-board computers. The kit contains 24 aluminum heatsinks and 6 copper heatsinks, totaling 30 units. It includes thermal conductive adhesive tape for installation. The set weighs 1.27 ounces. It is designed for Raspberry Pi models A, B, B+, 2, 3, 4, and 5. The aluminum and copper materials provide different thermal properties. This approach relies on physical conduction rather than active fans. You get a straightforward, low-profile option for your board.
What stands out
- Includes 24 aluminum and 6 copper heatsinks for varied thermal performance
- Pre-applied thermal conductive adhesive tape simplifies installation
- Compatible with Raspberry Pi models A, B, B+, 2, 3, 4, and 5
- Low weight of 1.27 ounces keeps the overall build light
Who it fits
Good fit for
This kit suits users who need basic cooling for Raspberry Pi 4 or 5 boards without adding fan noise. It is ideal for embedded projects where space is tight and airflow is limited. The inclusion of copper heatsinks helps with higher heat outputs from the SoC. If you are building a quiet media center or a small server, these passive sinks offer a reliable, maintenance-free solution. The adhesive tape ensures secure attachment without messy glue.
Who should skip it
You should skip this if you plan to run intensive workloads like video encoding or heavy compilation tasks. Passive heatsinks have a limited surface area compared to active coolers. If your Raspberry Pi 4 or 5 runs hot under load, this kit may not dissipate heat fast enough. You might also want to skip this if you prefer a more robust mounting system than adhesive tape. Active fans or large tower coolers would be better for sustained high-performance use.
Verdict: This is a practical, low-profile cooling kit for standard Raspberry Pi boards. It offers simple installation and decent passive cooling for light to moderate tasks.
Key specs explained
Model PT2019080501
This identifier distinguishes the specific kit configuration. For buyers comparing CPU air coolers, model numbers help you verify exact compatibility with your motherboard layout. Unlike large air coolers that have complex model suffixes for fan speeds, this simple code ensures you order the correct passive cooling set for your Raspberry Pi board without guessing.
Weight 1.27 ounces
This low weight indicates a minimal load on your single-board computer. When shopping for CPU air coolers, you typically look for heavier units with large fans. Here, the light weight means no risk of sagging or stressing the PCB. It confirms the product relies on passive heat dissipation rather than heavy mechanical components.
24 pcs aluminum heatsink + 6 pcs copper heatsink
This mix provides varied thermal properties for different chips. Aluminum is lightweight and cost-effective, while copper conducts heat faster. In CPU air cooler comparisons, material choice affects heat transfer rates. This kit uses both to manage heat on the SoC and RAM, offering a balanced approach for passive cooling where fan-driven airflow is absent.
Thermal conductive adhesive tape
This backing simplifies installation by sticking directly to components. Unlike CPU thermal paste which requires careful application and cleaning, this tape is pre-applied. It ensures consistent contact between the heatsink and the chip. For buyers used to applying paste with air coolers, this feature reduces setup time and eliminates the risk of improper paste coverage.
Pastall Heatsink Design Details
The kit includes 24 aluminum heatsinks and 6 copper heatsinks. Aluminum is lightweight and conducts heat well for general use. Copper offers higher thermal conductivity but adds weight. This mix lets you place the copper units on components that run hotter, like the main processor, while using aluminum for memory or chipsets. The listing states the total weight is 1.27 ounces. This low mass means the heatsinks add minimal stress to the board. You can install them without worrying about bending traces or damaging fragile pins. The adhesive tape backing is thermal conductive. This material transfers heat from the chip surface directly into the metal fins. It also holds the unit in place. You do not need separate mounting brackets or screws for basic passive cooling. The design is simple and flat. It fits most standard Raspberry Pi cases. This makes it easy to build a compact system. The kit is compatible with Raspberry Pi models A, B, B+, 2, 3, 4, and 5. It also works with Beaglebone devices. This broad compatibility means you can use the same stock for different projects. The finish is standard for passive coolers. There are no fans or moving parts. This results in silent operation. You get cooling without noise. The layout is modular. You can choose which chips get the copper heatsinks. This flexibility helps balance temperatures across the board. The design prioritizes simplicity and low profile. It suits users who need quiet, reliable passive cooling for single-board computers.
Setup and everyday use
Installing this Pastall kit is straightforward. The heatsinks use thermal conductive adhesive tape. You peel the backing and press the unit onto the component. This method avoids liquid thermal paste. It also removes the need for screws or clips. The adhesive is designed to stay in place during normal operation. The kit fits Raspberry Pi models A, B, B+, 2, 3, 4, and 5. It also works with Beaglebone devices. This broad compatibility means you can use the same inventory for different single-board computers. You do not need to buy separate cooling solutions for each board type. The package includes 30 units. You have 24 aluminum heatsinks and 6 copper heatsinks. This quantity allows you to cool multiple components on one board or prepare several boards in advance. The aluminum units are lighter. The copper units are denser. You can choose which material to use based on the component's heat output. The heatsinks are compatible with most Raspberry Pi cases. This means you can close the case after installation without interference. The total weight of the 30-piece set is 1.27 ounces. This low weight ensures the adhesive holds the heatsinks securely without straining the board. Daily use involves passive cooling. There are no fans to make noise or consume power. The heatsinks absorb heat from the processor and other chips. They dissipate that heat into the surrounding air. This setup is ideal for quiet environments. It is also suitable for devices that run continuously for long periods. The adhesive tape provides long-lasting performance. You do not need to reapply cooling material regularly. The simple design reduces maintenance. You install it once and let the hardware run.
Before You Buy This Kit
This Pastall kit is a passive solution, so it does not include fans. You must ensure your Raspberry Pi has adequate airflow. The heatsinks rely on ambient air movement to dissipate heat effectively. If you plan to seal the board in a case, you will need to add case fans or ensure existing vents are unobstructed. Check your specific Pi model against the compatibility list. The kit supports models A, B, B+, 2, 3, 4, and 5, but verify physical dimensions before purchase. Upkeep is minimal since there are no moving parts. The adhesive tape may degrade over years, so inspect connections periodically. This option suits users who want silent, low-maintenance cooling. It contrasts with active CPU air coolers that use fans for higher thermal capacity. For thermal paste, this kit uses adhesive tape, so you do not need to buy additional paste. This simplifies the supply chain for basic builds.
Check before you buy
- Verify your Raspberry Pi model is supported by the kit
- Ensure your case provides sufficient airflow for passive cooling
- Confirm adhesive tape compatibility with your specific board layout
- Check if you need additional case fans for sealed enclosures
The product at a glance
Pastall 30 PCS Raspberry Pi Heatsink Kit
Best for: Multiple Raspberry Pi boards needing passive cooling
- Material
- Aluminum, Copper
- Compatible Device
- Raspberry Pi, Beaglebone
- Mounting Type
- Thermal Conductive Adhesive Tape
- Weight
- 1.27 ounces
View on Amazon: Pastall 30 PCS Raspberry Pi Heatsink Kit Affiliate link
This Pastall kit provides passive cooling for Raspberry Pi models A, B, B+, 2, 3, 4, and 5. It includes 24 aluminum and 6 copper heatsinks with thermal conductive adhesive tape. The total weight is 1.27 ounces. It fits most cases and works with other devices like Beaglebone. You get a simple, spec-based solution for heat dissipation without active fans.
Pros
- Includes 24 aluminum and 6 copper heatsinks
- Compatible with Raspberry Pi models A through 5
- Uses thermal conductive adhesive tape for heat dissipation
- Fits most Raspberry Pi cases
- Lightweight at 1.27 ounces
Cons
- Passive cooling only; no fan included
- Adhesive tape may leave residue
- Limited to low-to-moderate thermal loads
Good fit if
- You need passive cooling for Raspberry Pi 4 or 5
- You want a simple install with adhesive tape
- You use multiple Pi boards and need bulk options
Skip if
- You require active cooling with fans
- You need a single heatsink solution
- You want a warranty or long-term support
Verdict: Pastall 30 PCS Raspberry Pi Heatsink Kit offers a practical passive cooling solution for users who need simple, adhesive-based heat management for multiple Raspberry Pi boards. It suits those prioritizing compatibility and ease of installation over active airflow.
Specifications side by side
| Spec | Pastall 30 PCS Raspberry Pi Heatsink Kit |
|---|---|
| Material | Aluminum, Copper |
| Compatible Device | Raspberry Pi, Beaglebone |
| Mounting Type | Thermal Conductive Adhesive Tape |
| Features | Thermal Tape |
| Weight | 1.27 ounces |
| Model | PT2019080501 |
Frequently asked questions
What materials are in the Pastall 30 PCS Raspberry Pi Heatsink Kit?
The kit contains a mix of aluminum and copper heatsinks. Specifically, there are 24 aluminum units and 6 copper units. Aluminum provides lightweight heat dissipation, while copper offers higher thermal conductivity for hotter components. This combination allows you to distribute cooling capacity based on the heat output of specific chips on your board.
How do you install the heatsinks on a Raspberry Pi board?
Installation uses thermal conductive adhesive tape rather than screws or clips. You peel the backing off the tape and press the heatsink directly onto the component. This method avoids the need for liquid thermal paste. It provides a secure bond that simplifies the process for users who want a clean and straightforward setup.
Is the Pastall kit compatible with all Raspberry Pi models?
The product attributes list compatibility broadly with Raspberry Pi devices. It is designed for passive cooling on these single-board computers. However, you should verify the physical size of the heatsinks against your specific board layout. The model PT2019080501 identifies this specific configuration, so checking dimensions ensures proper fit for your hardware.
Does this kit include fans for active cooling?
No, this is a passive cooling solution. The kit only includes heatsinks and adhesive tape. It relies on ambient air movement to dissipate heat. You must ensure your Raspberry Pi has adequate airflow around the board. If you seal the device in a case, you will need to add external fans separately.
What is the total weight of the Pastall heatsink kit?
The entire kit weighs 1.27 ounces. This light weight is due to the aluminum construction of most units. It makes the kit easy to handle and install without adding significant mass to your Raspberry Pi. The low weight is typical for passive heatsink sets designed for small form-factor single-board computers.
Who is this kit best suited for?
This kit is best for users needing passive cooling for multiple Raspberry Pi boards. It is ideal for those who prioritize compatibility and ease of installation. The adhesive-based approach suits users who want to avoid liquid thermal paste or complex mounting hardware. It is a practical choice for simple, low-maintenance heat management.