Thermal SIL PAD Materials
Electrically insulating, polyimide-reinforced pad - cost effective
This thermally conductive, polyimide-reinforced insulator pad is designed for excellent voltage breakdown and dielectric strength. Very durable, low thermal impedance.
All marks used are trademarks and/or registered trademarks of Henkel and its affiliates in the US, Germany, and elsewhere.
- Description
- Technical specification
BERGQUIST® SIL PAD® TSP K900 is a silicone-Kapton® reinforced insulator. This product combines the thermal transfer properties of Sil-Pad® with high dielectric strength and physically tough Kapton®. It is a highly durable product, which withstands high voltages.
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Thermal impedance: 0.48°C (32.8°F) -in2/W (@50 psi)
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Withstands high voltages
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High dielectric strength
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Very durable
- Product category:
- Thermal SIL PAD Materials
Technologies:
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Thermal management, sil pads
- Dielectric breakdown voltage:
- 6000.0 Vac
- Dielectric constant, @ 1kHz:
- 5.0
- Flame rating:
- V-0
- Operating temperature:
- -60.0 °C - 180.0 °C
- Shore hardness, ASTM D2240, Shore A:
- 90.0
- Standard thickness:
- 0.152 mm
- Thermal conductivity:
- 0.9 W/mK
- Thermal impedance, ASTM D5470, @ 50 psi:
- 0.48 °C-in²/W
- Volume resistivity:
- 1×10 Ohm m
FAQ
The ISO certification is the adoption of a quality management system that is a strategic decision of the organization. This International Standard specifies requirements for a quality management system where an organization: a) needs to demonstrate its ability to consistently provide product that meets customer and applicable regulatory requirements, and b) aims to enhance customer satisfaction through the effective application of the system, including processes for continual improvement of the system and the assurance of conformity to customer and regulatory requirements.
Each application has specific characteristics (e.g., surface finish, flatness tolerances, high pressure requirements, potential burrs, etc.) that determine which SIL PAD product will optimize thermal performance. Select a minimum of two pads that best fit the application, then conduct testing to determine which material performs the best.
