High-Density Gap Filler Pad (7.5 W/mK)

Brand: AIMRSE

Catalog Number
ATG-C8-015
Category
Gap Fillers
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Description
Product Overview: Laird’s Tflex™ HD7.5 gap filler is a new developed very soft  silicone material in our high deflection series.  With a thermal conductivity of 7.5W/ mk, Tflex™ HD7.5 is designed to provide superior pressure versus deflection characteristics.  The material will provide minimal stress on components during application while maintaining low thermal resistance.  As a result, less mechanical and thermal stresses will be experienced within your device.
·   7.5 W/mK thermal conductivity soft pad
·   Low pressure versus deflection
·   Minimizes board and component stress
·   Low outgassing and oil bleeding
Capabilities: Automated Packaging
Automated Pad Placement
Custom Automation
Custom Product Development
Modeling
Prototyping
Service
Testing
Typical Properties Color: Grey
Typical Properties Density (g/cc): 3.4
Typical Properties Operating Temperature Max (Celsius): 125
Typical Properties Operating Temperature Min (Celsius): -50
Thermal Properties Thermal Conductivity (W/mK): 7.5
Electrical Properties Volume Resistivity: 1.1X10^14
Compliance Lead Free: Yes
Compliance REACH: Yes
Compliance ROHS Compliant: Yes
Typical Properties Minimum Bondline Thickness (microns): 1000
Typical Properties Minimum Bondline Thickness (mm): 1
Electrical Properties Dielectric Breakdown Voltage (Volts AC): 6.9
Mechanical Properties Hardness (Shore 00): 15
Dimensions Thickness Max (inches): 0.2
Dimensions Thickness Max (mm): 5
Dimensions Thickness Min (inches): 0.04
Dimensions Thickness Min (mm): 1
Thermal Properties Thermal Resistance @10 psi Max (C-in2/W): 0.133
Thermal Properties Thermal Resistance @10 psi Min (C-in2/W): 0.119
Thermal Properties Thermal Resistance @30 psi Max (C-in2/W): 0.087
Thermal Properties Thermal Resistance @30 psi Min (C-in2/W): 0.081
Thermal Properties Thermal Resistance @50 psi Max (C-in2/W): 0.083
Thermal Properties Thermal Resistance @50 psi Min (C-in2/W): 0.077
Dimensions Thickness Max (Microns): 5000
Dimensions Thickness Min (Microns): 1000

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