Thermal Pad Thermal Grizzly Minus Pad Extreme heat sink compound
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4 installments 0% επιτόκιο, 20€ έως 300€
3 to 60 installments 300€ έως 100.00€
The Thermal Grizzly Minus Pad Extreme is an ultra-high performance thermal pad specifically designed for superior heat dissipation in demanding cooling applications. Its silicone-based composition, with a modeling clay-like consistency, allows it to conform to complex surface geometries, achieving maximum compression for optimal thermal transfer.
Among its key features are:
- Exceptionally high thermal conductivity, improved by approximately 260% compared to its predecessor.
- Stable performance over long periods, with superior resistance to bleeding (liquid leakage).
- High compression rates that adapt to slight surface variations for optimal contact and heat flow.
Designed primarily for one-time use, this thermal pad proves to be a reliable solution for various sensitive electronic components, including voltage regulators and memory ICs.
Technical Specifications:
- Size: 100 x 100 mm
- Thickness: 3 mm
- Typical thickness tolerance: ±0.1 mm
- Density: 3.38 g/cm³
- Hardness: Shore 00-65
- Thermal conductivity: Very high (approx. 260% better than Minus Pad 8)
- Electrical insulation: Yes, withstands 8kV/mm (ASTM D149)
- Flammability: V-0 rating
- Operating temperature range: -100°C to +200°C
- Color options: Blue and Pink
- Consistency: Silicone-based, modeling clay-like
- Recommended use: One-time application
The Minus Pad Extreme is ideal for high-performance cooling scenarios such as overclocking, water cooling, and air cooling environments, providing excellent heat transfer for components requiring efficient thermal management.
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Size100 x 100 mm
-
Thickness3 mm
-
Typical thickness tolerance±0.1 mm
-
Density3.38 g/cm³
-
HardnessShore 00-65
-
Thermal conductivityVery high (approx. 260% better than Minus Pad 8)
-
Electrical insulationYes, withstands 8kV/mm (ASTM D149)
-
FlammabilityV-0 rating
-
Operating temperature range-100°C to +200°C
-
Color optionsBlue and Pink
-
ConsistencySilicone-based, modeling clay-like
-
Recommended useOne-time application
Ratings
Description
The Thermal Grizzly Minus Pad Extreme is an ultra-high performance thermal pad specifically designed for superior heat dissipation in demanding cooling applications. Its silicone-based composition, with a modeling clay-like consistency, allows it to conform to complex surface geometries, achieving maximum compression for optimal thermal transfer.
Among its key features are:
- Exceptionally high thermal conductivity, improved by approximately 260% compared to its predecessor.
- Stable performance over long periods, with superior resistance to bleeding (liquid leakage).
- High compression rates that adapt to slight surface variations for optimal contact and heat flow.
Designed primarily for one-time use, this thermal pad proves to be a reliable solution for various sensitive electronic components, including voltage regulators and memory ICs.
Technical Specifications:
- Size: 100 x 100 mm
- Thickness: 3 mm
- Typical thickness tolerance: ±0.1 mm
- Density: 3.38 g/cm³
- Hardness: Shore 00-65
- Thermal conductivity: Very high (approx. 260% better than Minus Pad 8)
- Electrical insulation: Yes, withstands 8kV/mm (ASTM D149)
- Flammability: V-0 rating
- Operating temperature range: -100°C to +200°C
- Color options: Blue and Pink
- Consistency: Silicone-based, modeling clay-like
- Recommended use: One-time application
The Minus Pad Extreme is ideal for high-performance cooling scenarios such as overclocking, water cooling, and air cooling environments, providing excellent heat transfer for components requiring efficient thermal management.
Technical Specifications
-
Size100 x 100 mm
-
Thickness3 mm
-
Typical thickness tolerance±0.1 mm
-
Density3.38 g/cm³
-
HardnessShore 00-65
-
Thermal conductivityVery high (approx. 260% better than Minus Pad 8)
-
Electrical insulationYes, withstands 8kV/mm (ASTM D149)
-
FlammabilityV-0 rating
-
Operating temperature range-100°C to +200°C
-
Color optionsBlue and Pink
-
ConsistencySilicone-based, modeling clay-like
-
Recommended useOne-time application