MECCANIXITY Copper Shim 15x15x1.8mm Review: Specs, Pros and Cons
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In this meccanixity copper shim 15x15x1 8mm review, we look at a simple thermal aid for small electronics. This product is a set of twelve copper sheets designed to help dissipate heat from components that lack built-in cooling. The two specs that define this item are its material composition and its physical dimensions. Each sheet measures 15mm by 15mm with a thickness of 1.8mm. These gaskets are made of pure copper to transfer heat away from chips, memory modules, or graphic cards. You attach them using adhesive, which is not included. This guide explains how these specific measurements and material choices impact their cooling performance in practical applications.
What stands out
- Made of copper for effective heat transfer from electronic chips
- Dimensions of 15mm x 15mm x 1.8mm fit small spaces
- Withstands high temperatures up to 160 degrees
- Includes 12 copper sheets per package for multiple applications
Who it fits
Good fit for
You should consider this shim if you are working on custom cooling for small electronic devices like notebooks, north or south bridges, or memory modules. The 1.8mm thickness provides a specific gap filler that pure thermal paste cannot offer. It is ideal for users who need to extend the service time of components by adding a conductive path. If you have ICs or graphic cards that run hot and need a physical heat spreader, these copper pads provide a durable solution. The 12-piece count allows you to treat multiple areas in a single build or repair job.
Who should skip it
You should look at another option if you need a ready-to-use solution without additional parts. This product does not include adhesive, so you must supply your own mounting method. If you require a pre-applied thermal pad, this copper sheet will not work for you. Additionally, the surface may darken when exposed to air, which might concern users who want a pristine appearance, even though cooling performance remains unaffected. If you need a warranty or a specific sensor integration, this simple passive component does not offer those features. It is strictly a thermal transfer aid, not a complete cooling system.
Verdict: This copper shim is a practical, spec-driven solution for adding conductive heat dissipation to small electronic components. It suits builders who need precise thickness and material conductivity for custom cooling setups.
Key specs explained for this shim
Material: Copper
Copper offers high thermal conductivity, allowing heat to move quickly from the component to the shim. You benefit from faster heat dissipation compared to plastic or aluminum pads. This makes it suitable for chips, memory modules, and northbridge areas. When shopping for thermal paste or air coolers, consider that copper spreads heat efficiently across the contact surface.
Size: 15mm x 15mm x 1.8mm
These dimensions define the footprint and thickness of each sheet. The 15mm square fits small components like VRMs or small ICs. The 1.8mm thickness provides a specific gap fill. You should compare this size with other thermal pads to ensure it matches your component's heat spreader area. Larger sizes may not fit tight spaces on compact motherboards or small form factor builds.
Quantity: 12Pcs
The package includes twelve individual copper sheets. This allows you to cover multiple hot spots on a single board or save extras for future upgrades. You can distribute heat across several memory chips or power phases. When buying thermal accessories, consider the quantity needed for your specific board layout. This count supports moderate cooling projects without requiring multiple purchases.
Max Temp: 160 degrees
The copper material withstands temperatures up to 160 degrees Celsius. This rating ensures the shim does not degrade or melt under typical operating conditions for electronic chips. You can trust it to remain stable near hot components. Compare this limit with thermal paste ratings to ensure compatibility. It is suitable for standard consumer electronics and moderate overclocking scenarios.
Design and Build Quality
The listing states these shims are made from pure copper. Copper is chosen for its high thermal conductivity. This material choice helps move heat away from hot spots on chips, memory modules, or north bridges. The surface may darken when exposed to air, but the manufacturer says this does not affect cooling performance. You can sand the surface with fine sandpaper if you prefer a brighter look.
Each pack contains twelve copper sheets. The dimensions are fixed at 15mm by 15mm. The thickness is 1.8mm, which equals 0.071 inches. These measurements are consistent across the units. The listing notes that the material can withstand temperatures up to 160 degrees Celsius. This durability ensures the shim remains stable during operation. It transfers heat from ICs or graphic cards to the copper sheet effectively.
You must provide your own adhesive to attach these shims. The listing does not include glue or tape. You stick the copper pads directly onto the hardware you need to cool. This simple design means you can place them on notebooks or small electronic devices that lack built-in cooling fans. The flat, rigid shape allows for direct contact with the component surface. This direct contact is essential for efficient heat transfer. The build is straightforward, focusing on material quality and precise dimensions rather than complex features.
Setup and Everyday Use Guide
Setting up this copper shim requires you to prepare the target component and secure the pad. The listing notes that adhesive is not included. You must apply your own thermal adhesive to attach the shim. This step ensures the copper sheet stays in place during operation. The shim measures 15mm by 15mm with a thickness of 1.8mm. These dimensions fit small electronic chips, memory modules, and north or south bridges. You can also use it on graphic cards or other devices lacking active cooling. The package contains twelve sheets. This count allows for multiple installations or replacements. Copper transfers heat from the component to the shim effectively. You benefit from this conduction as long as the shim maintains solid contact. The material withstands temperatures up to 160 degrees Celsius. This rating supports sustained use in warm environments. Over time, the copper surface may darken when exposed to air. This oxidation does not reduce cooling performance. If appearance matters to you, you can lightly sand the surface with fine sandpaper. The shim helps extend component service life by lowering operating temperatures. You should ensure the shim is flat against the heat source. Uneven contact reduces thermal transfer efficiency. The 1.8mm thickness provides a stable base for heat dissipation. You can choose other thicknesses if your clearance is tighter. The 15mm width fits most standard chip sizes. This setup is practical for DIY repairs or custom builds. You handle the installation manually without complex tools. The process is straightforward and relies on proper adhesion. This product serves as a passive cooling aid. It does not generate airflow but enhances heat spread.
Before You Buy This Shim
This copper shim is a passive thermal aid. It does not replace a fan or a full heatsink. You must provide your own adhesive to secure the pad. The listing notes that adhesive is not included. Without proper bonding, the shim will not transfer heat effectively. Check the thickness options. You can choose 1mm, 1.8mm, or 2mm. The 1.8mm version offers more mass for heat absorption. Ensure the component surface is flat. Rough surfaces reduce contact area. This product suits small chips, memory modules, or north bridges. It does not fit standard CPU sockets. Pair it with high-quality thermal paste if needed. Keep the surface clean. Copper darkens over time, but this does not affect performance. Sanding the surface restores conductivity if oxidation occurs. This shim complements active cooling solutions. It helps spread heat to larger areas. Use it where space is tight. Do not expect it to cool a high-TDP processor alone. It is an accessory, not a primary cooler.
Check before you buy
- Confirm you have thermal adhesive for attachment
- Verify component surface is flat and clean
- Check if 1.8mm thickness fits your space
- Ensure the chip lacks built-in cooling
The product at a glance
MECCANIXITY Copper Shim 15x15x1.8mm
Best for: Cooling small electronic chips and ICs
- Material
- Copper
- Dimensions
- 0.59 x 0.59 x 0.071 inches
View on Amazon: MECCANIXITY Copper Shim 15x15x1.8mm Affiliate link
This is a copper thermal pad designed to cool small electronic chips, memory modules, and ICs. It measures 15mm by 15mm with a thickness of 1.8mm. The material handles temperatures up to 160 degrees Celsius. You get 12 pieces in the package. You must apply your own adhesive to attach it. It suits users needing targeted cooling for specific components on a board.
Pros
- Made of pure copper for effective heat transfer
- Includes 12 copper sheets per package
- Withstands temperatures up to 160 degrees Celsius
- Compact 15mm x 15mm size fits tight spaces
Cons
- Adhesive is not included in the package
- Surface darkens when exposed to air
- Requires manual sanding for optimal appearance
Good fit if
- You need to cool specific ICs or memory modules
- You require a durable copper heat spreader
- You are working on a project with limited space
Skip if
- You need a complete cooler with a fan
- You want a pre-adhesive solution
- You are cooling a large CPU or GPU die
Verdict: MECCANIXITY Copper Shim 15x15x1.8mm is a practical add-on for users who need to dissipate heat from small electronic components like northbridge chips or memory. It fits best in custom builds where targeted cooling is required.
Specifications side by side
| Spec | MECCANIXITY Copper Shim 15x15x1.8mm |
|---|---|
| Material | Copper |
| Dimensions | 0.59 x 0.59 x 0.071 inches |
| Size | 15mm x 15mm x 1.8mm |
| Model | mea231224ee000521 |
Frequently asked questions
What are the exact dimensions of this copper shim?
The MECCANIXITY Copper Shim measures 15mm by 15mm with a thickness of 1.8mm. In imperial units, this equals 0.59 inches in width and length, and 0.71 inches in height. These compact dimensions make it suitable for small electronic chips and ICs that require targeted heat dissipation without taking up much space.
Is adhesive included with the copper shim?
No, the listing explicitly states that adhesive is not included. You must apply your own thermal adhesive to secure the shim to the component. This ensures proper bonding and effective heat transfer from the chip to the copper pad, which is essential for passive cooling performance.
What material is used to make this thermal shim?
The product is made from pure copper. Copper is selected for its high thermal conductivity, which allows heat to move quickly away from the component. This material choice helps dissipate heat more effectively than plastic or aluminum alternatives, making it ideal for hot spots on memory modules or northbridge chips.
What is the model number for this MECCANIXITY shim?
The model number is mea231224ee000521. You can use this identifier to verify the specific product details or check for compatibility with your cooling setup. It helps distinguish this 15x15x1.8mm copper shim from other sizes or materials offered by the brand.
Can this shim be used for cooling memory modules?
Yes, this shim is best for cooling small electronic chips and ICs, including memory modules. Its copper construction helps dissipate heat from components that lack built-in cooling. It fits well in custom builds where targeted cooling is required for specific hot spots on the motherboard or graphics card.
Does this product replace a traditional CPU heatsink?
No, this copper shim is a passive thermal aid. It does not replace a fan or a full heatsink. It is designed to assist in dissipating heat from small components like northbridge chips. You must provide your own adhesive to secure the pad for it to function correctly.