
Akasa AK-450 Silver Compound 450
- Material:
- Silver-Based Thermal Compound
- Thermal Conductivity:
- 9.24 W/mK
- Recommended Use:
- Mainstream CPU/GPU
Consumercarts is reader-supported. Learn more
Disclaimer: The price and specification of the given product may differ from the actual product. Please confirm on the retailer's website before buying.
Manufacturer: Akasa Last updated: 2026-09-15
Where to buy
- AkasaGo to store
- Amazon UKGo to store
Akasa AK-450 Silver Compound 450 (Silver-Based/5g Syringe/Spreader Card Included) Review
Akasa AK-450 Silver Compound 450, silver-based thermal paste, 9.24 W/mK, 5g syringe with spreader card
Silver Compound 450 is Akasa's silver-based thermal paste, formulated for low bleed and temperature stability between 0°C and 200°C. It ships as a 5g syringe with an included spreader card for even application, distinct from the ceramic AK-455 already carried in the catalog.
Overview
A silver-based compound rated at 9.24 W/mK, marketed by Akasa as a step up from its budget ceramic pastes, with a non-flowing viscosity for stable long-term mounting.
Best Use Case
General enthusiast CPU cooling where a mid-tier thermal conductivity above basic ceramic compounds is wanted.
Specifications
Identity and form
| Brand | Akasa |
|---|---|
| Model | AK-450-5G |
Application
| Applicator Included | Spatula |
|---|
| Thermal Conductivity | 9.24 W/mK |
|---|---|
| Package Size | 5g syringe |
| Recommended Use | Mainstream CPU/GPU (formulated for CPU/heatsink interfaces) |
| Material | Silver-based thermal compound |
| Operating Temperature | 0°C to 200°C |
| Paste Segment | Standard Paste |
| Min Operating Temp | 0 C |
| Max Operating Temp | 200 C |
Expert Review
Reviewed by Burooj Alam. Rated by us, not by users.
Best for
- Mainstream to enthusiast CPU cooling
- Users wanting a step up from ceramic-based budget paste
Not for
- Delidded direct-die extreme overclocking
- Applications requiring liquid-metal-tier conductivity
FAQs
What are the key specifications of the Akasa AK-450 Silver Compound 450 (Silver-Based/5g Syringe/Spreader Card Included)?
The Akasa AK-450 Silver Compound 450 (Silver-Based/5g Syringe/Spreader Card Included) is a thermal paste from Akasa. Key specs: Form Paste, Material Silver-based thermal compound, Thermal Conductivity 9.24, Recommended Use Mainstream CPU/GPU (formulated for CPU/heatsink interfaces), Package Size 5g syringe.
Will the Akasa AK-450 Silver Compound 450 (Silver-Based/5g Syringe/Spreader Card Included) work with my current setup?
The Akasa AK-450 Silver Compound 450 (Silver-Based/5g Syringe/Spreader Card Included) lists Thermal Conductivity is 9.24. Check that against the hardware you already own before buying, since this is the field that most often decides whether a part fits.
Who is the Akasa AK-450 Silver Compound 450 (Silver-Based/5g Syringe/Spreader Card Included) best suited to?
It suits mainstream to enthusiast cpu cooling, users wanting a step up from ceramic-based budget paste.
What are the drawbacks of the Akasa AK-450 Silver Compound 450 (Silver-Based/5g Syringe/Spreader Card Included)?
It is a poor fit for delidded direct-die extreme overclocking, applications requiring liquid-metal-tier conductivity.
Compare and read more
- Akasa AK-450 Silver Compound 450 (Silver-Based/5g Syringe/Spreader Card Included) vs StarTech SILV5-THERMAL-PASTE (Metal Oxide/Non-Conductive/5-Pack of Re-Sealable Syringes/IT Multi-Workstation Kit)
- Akasa AK-450 Silver Compound 450 (Silver-Based/5g Syringe/Spreader Card Included) vs Alphacool Apex Thermal Pad Soft 18W/mK (Silicone-Based Pad/Non-Conductive/High-end CPU/GPU)
- Akasa AK-450 Silver Compound 450 (Silver-Based/5g Syringe/Spreader Card Included) vs Thermalright TF8 (Silicone-Based/Non-Conductive/High-Density Filler Paste/13.8 W/mK)
- 3M Thermally Conductive Acrylic Interface Pad 5590H (Acrylic Pad/Non-Conductive/3 W/mK) vs Akasa AK-450 Silver Compound 450 (Silver-Based/5g Syringe/Spreader Card Included)
- Akasa AK-450 Silver Compound 450 (Silver-Based/5g Syringe/Spreader Card Included) vs Alphacool Apex 2 Thermal Paste (Non-Conductive/6.7 W/mK/High-end CPU/GPU)
