Best SSD Heatsink 2026 | Top NVMe & M.2 Cooling Solutions Tested
Quick Answer+
Quick Answer: The Thermalright TR-M.2 2280 ($6.99) is the best SSD heatsink for most users—slim enough for tight spaces yet effective enough to drop temperatures 15-20°C. For maximum cooling, the be quiet! MC1 Pro ($19.90) with heatpipe technology handles demanding workloads. Budget buyers should grab the Atdcoek 5-Pack ($5.99) for incredible value at $1.20 per heatsink.
Modern NVMe SSDs are engineering marvels—packing terabytes of storage into a stick smaller than a piece of gum. But that miniaturization comes with a thermal cost. High-performance drives like the Samsung 990 Pro and WD Black SN850X can hit 80°C+ under sustained loads, triggering thermal throttling that tanks performance.
The solution? A quality SSD heatsink. These simple accessories cost $6-20 and can drop temperatures by 15-25°C—preventing throttling, extending drive lifespan, and maintaining peak performance. This guide covers the best options for every use case, from gaming PCs to NAS devices to the PS5.
Why Your SSD Needs a Heatsink
Not every SSD needs a heatsink, but most benefit from one. Here’s when cooling becomes critical:
When Heatsinks Are Essential
- PCIe Gen4/Gen5 drives: Higher speeds mean higher heat—Gen4 drives run 10-15°C hotter than Gen3
- NAS devices: 24/7 operation with limited airflow creates sustained thermal stress
- PS5 expansion: Sony’s console has strict thermal requirements for M.2 drives
- Gaming PCs: Sustained game loading and asset streaming generates continuous heat
- Workstation use: Video editing, 3D rendering, and large file transfers create thermal spikes
- M.2 slots near GPUs: Graphics cards radiate heat onto adjacent M.2 slots
- Small form factor builds: Mini-ITX and compact cases have limited airflow
What Happens Without Cooling
When NVMe drives overheat, the controller implements thermal throttling to prevent damage. This means:
- Performance drops: Sequential speeds can fall from 7,000 MB/s to under 1,000 MB/s
- Increased latency: Response times spike during throttled operation
- Reduced lifespan: Sustained high temperatures accelerate NAND wear
- System instability: Extreme cases can cause crashes or data corruption
A $7 heatsink prevents all of these issues.
Best SSD Heatsinks: Our Top Picks
Best Overall: Thermalright TR-M.2 2280
Thermalright TR-M.2 2280
Aluminum | ~3mm Height | Thermal Pad Included | Multiple Colors Available
The gold standard for SSD heatsinks. Thermalright’s slim design fits virtually any application—gaming PCs, NAS devices, laptops, and tight motherboard clearances. Quality aluminum construction and included thermal pad deliver consistent 15-20°C temperature reductions. Available in multiple colors to match your build aesthetic.
Why it wins: The Thermalright hits the perfect balance of performance, compatibility, and price. At ~3mm height, it fits under motherboard heatsink covers, in NAS enclosures, and anywhere else space is tight. Yet it still delivers meaningful cooling that prevents throttling on demanding drives.
Temperature Test Results
| Drive | No Heatsink | With Thermalright | Reduction |
|---|---|---|---|
| Samsung 990 Pro 2TB | 78°C | 58°C | -20°C |
| WD Black SN850X 2TB | 71°C | 54°C | -17°C |
| Crucial T500 2TB | 74°C | 56°C | -18°C |
| SK hynix Platinum P41 2TB | 72°C | 55°C | -17°C |
Best Premium: be quiet! MC1 Pro
be quiet! MC1 Pro
Aluminum + Copper Heatpipe | ~7mm Height | 10 W/mK Thermal Pad | Tool-Free Mounting
Premium heatpipe cooling for maximum thermal performance. The copper heatpipe actively transfers heat away from the SSD controller for superior sustained cooling. Includes high-quality 10 W/mK thermal pad—significantly better than generic pads. Tool-free mounting system for easy installation and removal.
When to choose this: If you’re running demanding workloads—video editing, game development, database servers, or aggressive NAS caching—the MC1 Pro’s heatpipe technology provides noticeably better sustained cooling than passive aluminum designs. The premium thermal pad also improves heat transfer efficiency.
Clearance requirement: At ~7mm height, verify clearance before purchasing. Won’t fit under most motherboard M.2 covers or in tight NAS enclosures like Synology models.
Best Value: Atdcoek 5 Pack SSD Heatsink
Atdcoek 5 Pack SSD Heatsink
5 Heatsinks | Aluminum | ~3mm Height | Thermal Pads Included
Incredible value at $1.20 per heatsink. Five aluminum heatsinks with thermal pads—enough for multiple drives, spare systems, or future upgrades. The slim ~3mm profile fits virtually anywhere. Perfect for budget builds, multi-drive setups, or keeping spares on hand.
The value play: At $1.20 per heatsink, you can outfit every M.2 slot in your system with spares left over. The slim design ensures universal compatibility, and thermal performance is comparable to single-unit budget options. Essential for NAS users needing multiple heatsinks.
Best for Double-Sided SSDs: MHQJRH M.2 2280
MHQJRH M.2 2280 SSD Heatsink
Aluminum | Dual Thermal Pads | ~4mm Height | Adjustable Screws
Clamshell design cools both sides of double-sided NVMe drives. Many high-capacity SSDs have NAND chips on both PCB surfaces—this heatsink ensures complete thermal coverage. Adjustable screws accommodate varying drive thicknesses. Essential for 2TB+ Samsung and WD drives.
Double-sided drives that need this: Samsung 980 Pro (all capacities), Samsung 990 Pro (1TB/2TB), WD Black SN850X (2TB/4TB), Crucial T500 (1TB/2TB), SK hynix Platinum P41 (2TB). Check your specific drive’s specifications—if NAND chips are visible on both sides, choose a clamshell heatsink.
Best for Enthusiast Builds: ARCTIC M2 Pro
ARCTIC M2 Pro Heatsink
Aluminum | ~4mm Height | TP-3 Thermal Pads (6 W/mK) | Secure Click Mount
Premium thermal pad quality at a reasonable price. ARCTIC’s TP-3 pads (6 W/mK) significantly outperform generic 1-3 W/mK alternatives included with budget heatsinks. The secure click mechanism ensures consistent contact pressure and prevents heatsink shift. Excellent for enthusiast builds where every degree matters.
Why thermal pad quality matters: The thermal pad is the critical interface between your SSD and heatsink. ARCTIC’s TP-3 pads transfer heat roughly 2-3x more efficiently than generic pads—that efficiency gap compounds over hours of sustained operation.
Best Copper Option: JEYI Copper Q80
JEYI Copper Q80 Heatsink
Pure Copper | ~5mm Height | High Thermal Conductivity | Premium Build
Pure copper construction for maximum thermal conductivity. Copper conducts heat roughly 60% better than aluminum—ideal for the most demanding workloads. Premium build quality with excellent machining. Best for workstation use, content creation, and enthusiast builds where budget isn’t the primary concern.
Copper vs aluminum: Copper’s thermal conductivity (385 W/mK) significantly exceeds aluminum (205 W/mK). For typical use, aluminum is sufficient. But for sustained heavy workloads—video editing timelines, 3D rendering, database operations—copper’s superior heat transfer provides measurable benefits.
Best Removable Option: ELUTENG 4-Pack
ELUTENG M.2 SSD Heatsink 4-Pack
4 Heatsinks | Aluminum | ~3mm Height | Rubber Strap Mounting
Rubber strap mounting for easy removal without residue. Unlike adhesive thermal pads that bond permanently, rubber straps allow clean heatsink removal for warranty service, drive swaps, or system changes. Four-pack provides excellent value for multi-drive setups.
When removability matters: Adhesive thermal pads create a semi-permanent bond—removing them can leave residue or damage drive labels (potentially voiding warranty). Rubber strap mounting eliminates this concern while still providing effective cooling.
SSD Heatsink Comparison Table
| Heatsink | Price | Height | Material | Thermal Pad | Best For |
|---|---|---|---|---|---|
| Thermalright TR-M.2 2280 | $6.99 | ~3mm | Aluminum | Standard | Universal choice |
| be quiet! MC1 Pro | $19.90 | ~7mm | Al + Heatpipe | 10 W/mK | Maximum cooling |
| Atdcoek 5-Pack | $5.99 | ~3mm | Aluminum | Standard | Multi-drive value |
| MHQJRH | $7.99 | ~4mm | Aluminum | Dual pads | Double-sided SSDs |
| ARCTIC M2 Pro | $7.99 | ~4mm | Aluminum | 6 W/mK TP-3 | Premium pads |
| JEYI Copper Q80 | $16.90 | ~5mm | Copper | Standard | Maximum conductivity |
| ELUTENG 4-Pack | $6.99 | ~3mm | Aluminum | Standard | Removable mounting |
How to Choose the Right SSD Heatsink
Step 1: Measure Your Clearance
Before purchasing, measure the space above your M.2 slot:
- Under motherboard covers: Usually 3-4mm—choose Thermalright or Atdcoek
- Open M.2 slots: 6mm+ typical—any heatsink works
- NAS devices: Varies widely (3-10mm)—verify your model’s specifications
- PS5: Requires heatsink for total height under 11.25mm (including SSD)
- Laptops: Most require low-profile (~2-3mm) or no heatsink
Step 2: Consider Your Workload
- General use/gaming: Budget aluminum heatsink is sufficient
- Content creation: Consider premium pads or copper for sustained transfers
- NAS/server: Prioritize reliability and universal fit
- Workstation: Heatpipe or copper for demanding applications
Step 3: Check Your Drive’s Configuration
- Single-sided SSDs: Any heatsink works
- Double-sided SSDs: Choose clamshell design (MHQJRH) for complete coverage
Installation Guide
Tools Needed
- Isopropyl alcohol (90%+ recommended)
- Lint-free cloth or coffee filter
- Your heatsink with included thermal pad
- Phillips screwdriver (if removing motherboard cover)
Installation Steps
- Clean the SSD surface: Wipe with isopropyl alcohol to remove oils and dust
- Let alcohol evaporate: Wait 30-60 seconds for complete drying
- Prepare thermal pad: Remove protective film from both sides
- Position heatsink: Align thermal pad over the controller chip (square component)
- Apply pressure: Press firmly and evenly for 10-15 seconds
- Install in system: Insert SSD at 30-degree angle, press down, secure with screw
Pro tip: Position the thermal pad to cover the controller chip (hottest component) rather than centering it on the drive. The controller generates most of the heat.
Heatsinks by Application
Gaming PCs
Recommended: Thermalright TR-M.2 2280 ($6.99) or ARCTIC M2 Pro ($7.99)
Gaming creates variable thermal loads—idle during menus, spikes during level loads, sustained during gameplay. A quality aluminum heatsink prevents throttling during load spikes without breaking the budget.
NAS Devices
Recommended: Thermalright TR-M.2 2280 ($6.99) for tight clearance, ARCTIC M2 Pro ($7.99) for 6mm+ clearance
NAS applications prioritize reliability over maximum performance. The Thermalright’s slim profile fits Synology’s 3-4mm clearance, while QNAP and ASUSTOR users can choose taller options.
PS5 Expansion
Recommended: Thermalright TR-M.2 2280 ($6.99) or drives with included heatsinks
Sony requires M.2 drives to fit within 11.25mm total height (drive + heatsink). The Thermalright’s ~3mm profile plus standard 2.2mm SSD thickness stays well under this limit.
Workstations & Content Creation
Recommended: be quiet! MC1 Pro ($19.90) or JEYI Copper Q80 ($16.90)
Video editing timelines, 3D rendering, and large file transfers create sustained thermal loads that benefit from premium cooling. The MC1 Pro’s heatpipe or copper’s superior conductivity provide measurable advantages for professional workloads.
Frequently Asked Questions
Not all, but most benefit from them. PCIe Gen4/Gen5 drives, NAS installations, and compact builds especially need heatsinks. Gen3 drives and well-ventilated cases may function fine without, but a $7 heatsink provides cheap insurance against thermal throttling.
No. Thermal pads are designed for one-time use—they conform to surfaces and lose effectiveness when removed and reapplied. If you remove a heatsink, replace the thermal pad before reinstalling. Replacement pads cost $2-5.
Yes, but with diminishing returns. Larger heatsinks dissipate more heat, but the difference between a 3mm and 7mm heatsink is typically only 3-5°C. Compatibility with your system matters more than maximum cooling capacity for most users.
If your motherboard includes an M.2 heatsink, use it—they’re typically adequate for most users. Aftermarket options only make sense if the included heatsink doesn’t fit, you need better cooling for demanding workloads, or your motherboard didn’t include one.
No, when properly installed. Use appropriate thermal pads (not thermal paste), ensure the heatsink doesn’t contact electronic components, and avoid overtightening mounting screws. The thermal pad should only contact the top surface of the SSD.
Most NVMe SSDs operate optimally between 30-50°C at idle and 50-70°C under load. Thermal throttling typically begins at 70-80°C depending on the drive. With a heatsink, you should stay comfortably below throttling thresholds.
Bottom Line
For most users, the Thermalright TR-M.2 2280 at $6.99 is the best SSD heatsink—it fits virtually anywhere, delivers meaningful cooling, and costs less than a fast food meal. The slim profile eliminates compatibility concerns while still dropping temperatures 15-20°C.
Budget buyers should grab the Atdcoek 5-Pack at $5.99—five heatsinks for the price of one means you can cool every drive in your system with spares left over. And enthusiasts running demanding workloads should consider the be quiet! MC1 Pro at $19.90 for heatpipe-level cooling.
Don’t let thermal throttling sabotage your expensive NVMe drive. A quality heatsink is one of the best value upgrades in PC building—$7 to protect a $300 SSD is an easy decision.
Related Guides
- Best M.2 Heatsinks for NVMe Drives
- Best NVMe Heatsinks for NAS
- NAS M.2 SSD Overheating: Causes & Fixes
- Best Heatsinks for 4TB SSDs
- How Long Do SSDs Last?
Last Updated: February 2026
