Cooler Master CryoFuze Violet
- Material:
- Nanoparticle-based compound
- Operating Temp:
- -50 to 240 C
- Recommended Use:
- Mainstream CPU/GPU
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Manufacturer: Cooler Master Last updated: 2026-09-15
Cooler Master CryoFuze Violet (Nanoparticle-Based/Purple-Tinted/Non-Corrosive Compound) Review
Cooler Master CryoFuze Violet is the purple-tinted entry in the CryoFuze thermal paste line, a nanoparticle-based compound Cooler Master markets on non-corrosive stability from -50 to 240 C rather than a raw thermal conductivity number.
This is the CryoFuze SKU where Cooler Master leans hardest on the color story and lightest on hard numbers. There's no published thermal conductivity or thermal impedance figure on the official spec sheet, unlike CryoFuze 7 which does call out an impedance rating. What is documented is a specific gravity of 3.0 g/cm3 and the same -50 to 240 C temperature stability claim as CryoFuze 5. If you want a purple thermal paste for a themed build and don't need to spreadsheet-compare thermal performance figures, this fits; if a documented number matters to your decision, look at CryoFuze 7 instead.
Thermal Performance and Conductivity
Cooler Master does not publish a thermal conductivity (W/mK) or thermal impedance figure specific to CryoFuze Violet's overview page beyond a general thermal impedance value of 0.053°C·cm2/W, so numeric comparison against other pastes in this catalog is limited.
Compound Type and Composition
CryoFuze Violet uses the same nanoparticle-based approach as the rest of the CryoFuze family, with a purple tint as the distinguishing feature; Cooler Master doesn't disclose the specific particle material.
Application and Consistency
Ships in a 0.7ml syringe with a scraper and grease-cleaning cloth included, matching the rest of the CryoFuze line's application accessories.
Comparison to Sibling Products
CryoFuze Violet is the color-first option in the family; CryoFuze 7 is the one with a documented thermal impedance figure if that number matters more to you than the tint.
Specifications
Application
| Applicator Included | Spatula |
|---|
Quantity, volume versus weight
| Density | 3.0 g/cm3 |
|---|
| Package Size | 0.7 ml, single purple color variant |
|---|---|
| Recommended Use | Mainstream CPU/GPU |
| Material | Purple-tinted nanoparticle-based compound (exact particle chemistry undisclosed by Cooler Master) |
| Operating Temperature | -50°C to +240°C |
| Paste Segment | Standard Paste |
| Min Operating Temp | -50 C |
| Max Operating Temp | 240 C |
Expert Review
Reviewed by Burooj Alam. Rated by us, not by users.
Best for
- Builders who specifically want a purple-tinted thermal paste for a themed build
- General CPU/GPU application where color, not a benchmark number, is the deciding factor
Not for
- Buyers who want a published thermal impedance or conductivity figure to compare against other pastes
- Bulk/value buyers, since the 0.7ml package is one of the smaller sizes in this catalog
FAQs
What are the key specifications of the Cooler Master CryoFuze Violet (Nanoparticle-Based/Purple-Tinted/Non-Corrosive Compound)?
The Cooler Master CryoFuze Violet (Nanoparticle-Based/Purple-Tinted/Non-Corrosive Compound) is a thermal paste from Cooler Master. Key specs: Form Paste, Material Purple-tinted nanoparticle-based compound (exact particle chemistry undisclosed by Cooler Master), Recommended Use Mainstream CPU/GPU, Package Size 0.7 ml, single purple color variant, Operating Temperature -50°C to +240°C.
Who is the Cooler Master CryoFuze Violet (Nanoparticle-Based/Purple-Tinted/Non-Corrosive Compound) best suited to?
It suits builders who specifically want a purple-tinted thermal paste for a themed build, general cpu/gpu application where color, not a benchmark number, is the deciding factor.
What are the drawbacks of the Cooler Master CryoFuze Violet (Nanoparticle-Based/Purple-Tinted/Non-Corrosive Compound)?
It is a poor fit for buyers who want a published thermal impedance or conductivity figure to compare against other pastes, bulk/value buyers, since the 0.7ml package is one of the smaller sizes in this catalog.
Compare and read more
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