BERGQUIST SIL PAD TSP PPK1300

BERGQUIST SIL PAD TSP PPK1300, polyester-based, thermal insulating material
BERGQUIST® SIL PAD TSP PPK1300 is a thin film composite film coated with polyester resin. The material provides excellent thermal performance for critical applications, with a thermal resistance of 0.2°C-in2/W while having excellent dielectric strength.
Henkel's polyester-type thermal insulators provide a complete range of materials for silicone-sensitive applications. SIL Pads are ideal for applications that require conformal coatings, or silicon contamination (such as telecommunications and certain aerospace applications). One side of the glass fiber carrier or film carrier of SIL Pads is coated with a ceramic-filled polyester resin. The SIL PAD family provides a complete range of performance features to match each application.

Options and configuration:

Standard thickness -0.006"
Provide customized configurations upon request
Thermal resistance: 0.60°C-in2/W (@50 psi)
Polyester base
Suitable for applications requiring non-silicon circuit board coating
Designed for silicon-sensitive applications

Data Sheet

Features

Applications

BERGQUIST SIL PAD TSP PPK1300 Data Sheet

Technology	Polyester-based
Appearance	Yellow
Reinforcement Carrier	Polyimide
Total Thickness , ASTM D374	0.152 mm
Application	Thermal management, Thermally conductive adhesive
Operating Temperature Range	-20 to 150ºC
Physical Properties
Hardness, Shore A, ASTM D2240	90
Breaking Strength, ASTM D1458, KN/m	5
Elongation , 45º to warp and fill, ASTM D412,%	40
Tensile Strength, ASTM D412	Mpa 34 (psi) (5,000)
Flammability Rating, UL 94	V-0
Electrical Properties
Dielectric Breakdown Voltage , ASTM D149, Vac	6,000
Volume Resistivity, ASTM D257, ohm-meter	1×10¹²
Thermal Properties
Thermal Conductivity , ASTM D5470, W/(m-K)	1.3
Thermal Performance vs. Pressure
TO-220 Thermal Performance, ºC/W
@ 10 psi	3.76
@ 25 psi	3.35
@ 50 psi	2.75
@ 100 psi	2.3
@ 200 psi	2.03
Thermal Impedance, ASTM D5470, ºC-in2 /W (1)
@ 10 psi	1.04
@ 25 psi	0.8
@ 50 psi	0.6
@ 100 psi	0.43
@ 200 psi	0.3