Thermal Grizzly TG-K-001-RS Kryonaut 1g Excellent Thermal Conductivity Extreme Overclocking Thermal Grease
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Thermal Grizzly Thermal Grease
Switch variantModelKryonaut
- Kryonaut
Specification1 Gram
- 1 Gram
Out of stock
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Thermal Grizzly · 0 products
Overview
Overview
- Convenient 1g Syringe
- Excellent Thermal Conductivity
- Thermal Conductivity: 12.5 W/mk
- Suited for Overclocking, Critical Cooling Systems in the Industrial Environment
- Silicon-Based
- No Curing
- No Electrical Conductivity
- Designed for Overclocking
- 2 Year Warranty
SPECIFICATIONS
- Brand
- Thermal Grizzly
- Series
- Kryonaut
- Model
- TG-K-001-RS
- Application
- Thermal Grease
- Quantity
- 1g
- Thermal Conductivity
- 12.5 W/mk
- Color:
- Silver Matte
- Operating temperature:
- -250°C up to +350°C
- Density:
- 3,7g/cm³
- Viscosity:
- 120 - 170 Pa*s
- Recommended Use
- Overclocking, Critical Cooling Systems in the Industrial Environment
- Features
- Designed for Overclocking
- Excellent Thermal Conductivity
- No Curing
- Long-term Durability
- No Electrical Conductivity
Additional information
Additional information
- Manufacturer's Site
- Visit the manufacturer's website
- Product Link
- Visit the manufacturer's page for this product
Reviews
Customer reviews
5.0 ★★★★★ Based on 2 reviews
- ★★★★★ 5.0MaxFPSBuilds
Very good performance
Findings: - 1g is about enough paste for 2 older sized square CPUs - The spatula is very useful - Not much spillover after mounting cooler - Cooling performance is exceptional Overall a very good product and delivers very good performance. Zip-lock was a bit difficult to open without tearing it apart.
- Product Rating5/5
- ★★★★★ 5.0Greg
Very good performance at a decent price
I replaced Corsair's TM30 grease with this on a 5900X paired with a Corsair H100i 240mm AIO cooler. Max temperatures went down about 2 degrees during a sustained synthetic workload, however I also observed less sudden spikes to high temperatures while gaming, which I assume is evidence of a better transfer of heat when there is a sudden ramp up in CPU power. I used an X-pattern with a tiny extra blob in the middle of the X.
- Product Rating5/5
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