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Laptop NVMe M2 Heatsink SGTKJSJS Copper Cooling for 2280 SSD (2 pcs)

Original price was: $8.99.Current price is: $8.72.

The SGTKJSJS copper heatsink is designed for M.2 2280 SSDs in laptops and desktops, delivering a 10‑20°C temperature reduction. It includes two silicone thermal pads (0.5‑1mm) to ensure optimal contact on uneven surfaces, and offers both rubber ring and high‑temperature insulation sticker mounting for easy installation. Compact at only 1.5 mm height, it protects your drive without adding bulk.

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SKU: CJHTFRB07YC1 Category:
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Description

Product Overview

The SGTKJSJS Laptop NVMe M2 Heatsink is a precision‑engineered cooling solution built from 100% high‑grade copper. Copper offers superior thermal conductivity compared with aluminum, allowing heat to be transferred away from the SSD rapidly and efficiently. The heatsink is sized specifically for the common 2280 form factor, measuring 3.15 inches in length, 0.87 inches in width, and a minimal 0.06 inches in height, which translates to a low‑profile installation height of just 1.5 mm above the SSD PCB. This compact profile ensures that the heatsink fits comfortably in tight laptop chassis and slim desktop builds without interfering with other components.

Two silicone thermal pads are included, each with a thickness ranging from 0.5 mm to 1 mm. These pads are designed to conform to the microscopic unevenness of the SSD surface, guaranteeing consistent contact and optimal heat transfer. The pads are also engineered to withstand high temperatures, providing reliable performance even under heavy workloads such as gaming, video editing, or large data transfers.

Mounting is straightforward with two options: a rubber ring that snaps into place for a secure fit, and a high‑temperature insulation sticker that adheres directly to the SSD for a clean, tool‑free installation. Both methods are designed for tabletop mounting, meaning the heatsink can be installed without the need for additional screws or brackets, simplifying the upgrade process for end users.

[Product front view showing all components]

Usage

This heatsink is ideal for a wide range of scenarios. For laptop users who regularly push their NVMe drives with intensive applications—such as 3D rendering, high‑resolution video playback, or competitive gaming—the additional cooling can prevent thermal throttling and maintain consistent performance. Desktop builders who favor compact builds or small‑form‑factor cases will also benefit from the low‑profile design, as the heatsink adds minimal height while delivering significant temperature reductions.

In professional environments, such as data‑center servers that employ NVMe drives for high‑speed storage, the heatsink helps extend the lifespan of the SSD by keeping operating temperatures within the manufacturer’s recommended range. The dual‑pad configuration ensures that even if the SSD surface is not perfectly flat, the thermal interface remains effective, reducing the risk of hot spots.

Installation does not require specialized tools. Users can simply align the heatsink with the SSD’s mounting holes, apply the rubber ring or sticker, and press gently until the unit is seated. The process can be completed in under five minutes, making it an attractive upgrade for both novice and experienced technicians.

Why Choose Us

Choosing the SGTKJSJS heatsink means selecting a product that combines material excellence, thoughtful engineering, and user‑centric design. The copper construction is sourced from reputable suppliers, ensuring consistent quality and durability. Each heatsink undergoes rigorous testing to verify that it meets the advertised 10‑20°C cooling performance across a variety of ambient conditions.

Our commitment to customer satisfaction extends beyond the product itself. We provide comprehensive installation guides, responsive technical support, and a hassle‑free return policy. Should you encounter any issues during installation or performance, our support team is ready to assist with troubleshooting steps or replacement options.

Furthermore, the heatsink is backed by a solid warranty that reflects confidence in its longevity. By investing in this cooling solution, you protect your valuable SSD investment, reduce the likelihood of data loss due to overheating, and maintain optimal system responsiveness.

Key Features

  • Premium 100% copper construction delivers superior heat dissipation for reliable SSD performance.
  • Includes two silicone thermal pads (0.5‑1mm) that adapt to uneven surfaces for consistent contact.
  • Ultra‑low profile design adds only 1.5 mm height, perfect for slim laptops and compact desktops.
  • Easy tabletop mounting with rubber ring or high‑temperature insulation sticker—no tools required.
  • Dedicated customer support and warranty ensure peace of mind and long‑term reliability.

FAQ

Will this heatsink fit a 2242 or 2260 SSD?

The heatsink is specifically sized for the 2280 form factor. While it may physically attach to smaller SSDs, the mounting holes and thermal pad coverage are optimized for 2280, so performance may be reduced on other sizes.

Do I need to apply thermal paste in addition to the silicone pads?

No additional thermal paste is required. The included silicone pads provide a reliable thermal interface on their own, eliminating the need for extra paste and simplifying installation.

Can I install the heatsink on a desktop motherboard?

Yes. The heatsink works equally well on desktop motherboards that support M.2 2280 SSDs. The tabletop mounting method ensures a secure fit without interfering with other components.

How much temperature reduction can I expect?

Under typical operating conditions, users report a temperature drop of 10‑20°C compared to an SSD without any cooling solution. Exact results may vary based on ambient temperature and system airflow.

Is the heatsink compatible with NVMe drives that have heat spreaders?

The design accommodates most NVMe drives, including those with built‑in heat spreaders. The silicone pads help bridge any gaps, ensuring effective heat transfer even when a heat spreader is present.

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