SP600-22

SP600-22 Datasheet

Part	Datasheet
SP600-22	SP600-22 (pdf)

Related Parts	Information
SP600-105	SP600-105
SP600-86	SP600-86
SP600-25	SP600-25
SP600-90	SP600-90
SP600-05	SP600-05
SP600-02	SP600-02
SP600-114	SP600-114
SP600-104	SP600-104
SP600-43	SP600-43
SP600-54	SP600-54
SP600-58	SP600-58

PDF Datasheet Preview
SIL-PAD The Original Fiberglass Based Sil-Pad SIL-PAD 400 Sil-Pad 400 is the original Sil-Pad material. Sil-Pad 400 is a composite of silicone rubber and It is retardant and is specially formulated for use as a thermally conductive insulator. Primary use is to electrically isolate power sources from heat sinks. Sil-Pad 400 has excellent mechanical and physical characteristics. Surfaces are pliable and allow complete surface contact with excellent heat dissipation. Sil-Pad 400 actually improves its thermal resistance with age. The reinforcing gives excellent cut-through resistance and Sil-Pad 400 is non-toxic and resists damage from cleaning agents. SIL-PAD 600 Sil-Pad 600 is a silicone elastomer with special ingredients to provide higher thermal performance. This material has similar physical characteristics of the Sil-Pad 400 material with enhanced thermal performance. Special Thicknesses, Rolls and Sheets Sil-Pad 400 can be supplied on special order in a variety of thicknesses from to inches to special requirements of insulation path minimums or other spacing needs. Sil-Pad 400 and 600 are available in die-cut parts, sheets 6" x 6" min., 6" x 12", 8" x 8", 10" x 10" and 12" x 12" and roll form. Physical Properties Color Thickness Inches mm Breaking Strength Lbs/inch kN/m Elongation, % 45° to warp and Hardness, Shore A Tensile Strength, kPsi MPa 45° to warp and Continuous Use Temp., °C Gravity Construction Thermal Vacuum Weight Loss % TML as manufactured Post Cure 24 Hrs. 400 °F Volatile Condensable Material % CVCM as manufactured Post Cure 24 Hrs. 400°F Thermal Properties Thermal Resistance, °C-in2/W Thermal Conductivity, W/m-K Electrical Properties Breakdown Voltage, Volts a-c Min. Dielectric Constant, 1000 Cps Hz Volume Resistivity, Ohm Metre Sil-Pad 400, in. Gray ± 100 18 40 85 Sil-Pad 400, in Gray ± ± 100 18 40 85 -60 to +180 Silicone/Fiberglass 3 20 -60 to +180 Silicone/ Fiberglass Sil-Pad 400, in. Sil-Pad 400, in Sil-Pad 400, in. 3500 x 1011 Sil-Pad 400, in 4500 x 1011 Sil-Pad 600 Green ± ± 100 18 40 85 3 20 -60 to +180 Sil-Pad 600 Sil-Pad 600 4500 x 1011 Test Method ASTM D 374 ASTM D 1458 ASTM D 412 ASTM D 2240 ASTM D 412 ASTM D 792 NASA SP-R-0022A NASA SP-R-0022A Test Method ASTM D 5470 ASTM D 5470 Test Method ASTM D 149 ASTM D 150 ASTM D 257

PDF Datasheet Preview

SIL-PAD The Original Fiberglass Based Sil-Pad

SIL-PAD 400

Sil-Pad 400 is the original Sil-Pad material. Sil-Pad 400 is a composite of silicone rubber and It is retardant and is specially formulated for use as a thermally conductive insulator. Primary use is to electrically isolate power sources from heat sinks.

Sil-Pad 400 has excellent mechanical and physical characteristics. Surfaces are pliable and allow complete surface contact with excellent heat dissipation. Sil-Pad 400 actually improves its thermal resistance with age. The reinforcing gives excellent cut-through resistance and Sil-Pad 400 is non-toxic and resists damage from cleaning agents.

SIL-PAD 600

Sil-Pad 600 is a silicone elastomer with special ingredients to provide higher thermal performance. This material has similar physical characteristics of the Sil-Pad 400 material with enhanced thermal performance.

Special Thicknesses, Rolls and Sheets

Sil-Pad 400 can be supplied on special order in a variety of thicknesses from to inches to special requirements of insulation path minimums or other spacing needs. Sil-Pad 400 and 600 are available in die-cut parts, sheets 6" x 6" min., 6" x 12", 8" x 8", 10" x 10" and 12" x 12" and roll form.

Physical Properties Color Thickness Inches mm Breaking Strength Lbs/inch kN/m Elongation, % 45° to warp and Hardness, Shore A Tensile Strength, kPsi MPa 45° to warp and Continuous Use Temp., °C Gravity Construction Thermal Vacuum Weight Loss % TML as manufactured Post Cure 24 Hrs. 400 °F Volatile Condensable Material % CVCM as manufactured Post Cure 24 Hrs. 400°F

Thermal Properties Thermal Resistance, °C-in2/W Thermal Conductivity, W/m-K

Electrical Properties Breakdown Voltage, Volts a-c Min. Dielectric Constant, 1000 Cps Hz Volume Resistivity, Ohm Metre

Sil-Pad 400, in. Gray ± 100 18 40 85

Sil-Pad 400, in Gray ± ± 100 18 40 85
-60 to +180 Silicone/Fiberglass
3 20 -60 to +180 Silicone/ Fiberglass

Sil-Pad 400, in.

Sil-Pad 400, in

Sil-Pad 400, in. 3500 x 1011

Sil-Pad 400, in 4500 x 1011

Sil-Pad 600 Green ± ± 100 18 40 85
3 20 -60 to +180

Sil-Pad 600

Sil-Pad 600 4500 x 1011

Test Method

ASTM D 374 ASTM D 1458 ASTM D 412 ASTM D 2240

ASTM D 412

ASTM D 792

NASA SP-R-0022A

NASA SP-R-0022A

Test Method ASTM D 5470 ASTM D 5470

Test Method ASTM D 149 ASTM D 150 ASTM D 257

More datasheets: 3002 | 74VCX16827MTD | 74VCX16827MTDX | DFR0342 | M3262 SL001 | M3262 SL005 | M3262 SL002 | ET75DT006 | SP600-105 | SP600-86

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Datasheet ID: SP600-22 521730