Parker Chomerics THERMATTACH® T410 Thermally Conductive Attachment Tape

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Parker Chomerics THERMATTACH® T410 Thermally Conductive Attachment Tape
Categories:	Polymer; Tape
Material Notes:	Description: Chomerics’ patented THERMATTACH® T410 double-sided adhesive tape provides and effective thermal interface and heat sink attachment method for plastic component packages. The tape is thermally conductive and has exceptional bonding properties. It can also be used to adhere components to vertical heat sinks or to metal chassis walls in place of clips, crews or other mechanical fasteners, without the need for additional thermal compounds. THERMATTACH® t410 tape can be applied directly to the silicone mold release-contaminated package surface without using primers. THERMATTACH® T410 tape can be consistently applied to meet the thermal and adhesive requirements of most designs. Information provided by Chomerics
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Physical Properties	Original Value	Comments

Thickness	140 microns	ASTM D374

Mechanical Properties	Original Value	Comments
Tensile Strength	6063 psi	ASTM D412
Adhesive Bond Strength	0.276 MPa	Die Shear Adhesion; Steel/FR4 at 125°C; Chomerics #54
	0.437 MPa	Die Shear Adhesion; Applied to 80386 PQFP packages; .5" x .5" sample; Control
	1.05 MPa	Die Shear Adhesion; Applied to 80386 PQFP packages; .5" x .5" sample; Control
	1.172 MPa	Lap Shear Adhesion; ASTM D1002
	1.172 MPa	Die Shear Adhesion; Steel/FR4 at 25°C; Chomerics #54
	0.145 MPa @Temperature 150 °C	Die Shear Adhesion; Steel/FR4
	0.276 MPa @Temperature 125 °C	Die Shear Adhesion; Steel/FR4
	1.19 MPa @Temperature 25.0 °C	Die Shear Adhesion; Steel/FR4
	0.171 MPa @Load 11.3 kg	Die Shear Adhesion; FR4 to 2024 Aluminum; 1" x 5" sample; Control; ASTM D1000
	0.414 MPa @Load 0.907 - 2.27 kg	Die Shear Adhesion; FR4 to 2024 Aluminum; 1" x 5" sample; Control; ASTM D1000
	0.807 MPa @Load 76.2 kg, Temperature 125 °C	Die Shear Adhesion; FR4/Al
	0.808 MPa @Load 0.907 - 2.27 kg, Temperature 125 °C	Die Shear Adhesion; FR4 to 2024 Aluminum; 1" x 5" sample; 1000 hrs; Heat Age; ASTM D1000
	0.910 MPa @Load 0.907 - 2.27 kg, Temperature 85.0 °C	95%; Die Shear Adhesion; FR4 to 2024 Aluminum; 1" x 5" sample; 1000 hrs; High Temp/ Humidity Resist; ASTM D1000
	2.32 MPa @Load 76.2 kg, Temperature 25.0 °C	Die Shear Adhesion; FR4/Al
	1.40 MPa @Temperature 125 °C, Time 3.60e+6 sec	Die Shear Adhesion; Applied to 80386 PQFP packages; .5" x .5" sample; Heat Age
	2.64 MPa @Temperature 85.0 °C, Time 3.60e+6 sec	Die Shear Adhesion; Applied to 80386 PQFP packages; .5" x .5" sample; High Temp/ Humidity Resist.
	1.45 MPa @Treatment Temp. 50.0 - 100 °C, # of Cycles 25.0	Die Shear Adhesion; Applied to 80386 PQFP packages; .5" x .5" sample; Thermal Shock
	1.67 MPa @Treatment Temp. 25.0 - 125 °C, # of Cycles 1000	Die Shear Adhesion; Applied to 80386 PQFP packages; .5" x .5" sample; Temp Cycling
	0.503 MPa @Load 0.907 - 2.27 kg, Treatment Temp. 50.0 - 100 °C	Die Shear Adhesion; FR4 to 2024 Aluminum; 1" x 5" sample; 25 cycles; Thermal Shock; ASTM D1000
	0.867 MPa @Load 0.907 - 2.27 kg, Treatment Temp. 25.0 - 125 °C	Die Shear Adhesion; FR4 to 2024 Aluminum; 1" x 5" sample; 1000 cycles; Temp Cycling; ASTM D1000
Tear Strength	390 pli	ASTM D624
Peel Strength	0.587 kN/m	90°; Average; 2" x.55" sample; Control
	1.23 kN/m	180°; ASTM D1000
	0.438 kN/m @Treatment Temp. 85.0 °C, Time 3.60e+6 sec	95% RH; 90°; Average; 2" x.55" sample; High Temp/ Humidity Resist.
	0.543 kN/m @Treatment Temp. 125 °C, Time 3.60e+6 sec	90°; Average; 2" x.55" sample; Heat Age
	0.438 kN/m @Treatment Temp. 50.0 - 100 °C, # of Cycles 25.0	90°; Average; 2" x.55" sample; Thermal Shock
	0.587 kN/m @Treatment Temp. 25.0 - 125 °C, # of Cycles 1000	90°; Average; 2" x.55" sample; Temp. Cycles

Thermal Properties	Original Value	Comments
Thermal Conductivity	0.250 W/m-K	ASTM D5470

Descriptive Properties
Carrier	Aluminum
Color	Clear/White
Creep Adhesion	150°C and 12 psi load; PSTC-7
	25°C and 12 psi load; PSTC-7

Some of the values displayed above may have been converted from their original units and/or rounded in order to display the information in a consistent format. Users requiring more precise data for scientific or engineering calculations can click on the property value to see the original value as well as raw conversions to equivalent units. We advise that you only use the original value or one of its raw conversions in your calculations to minimize rounding error. We also ask that you refer to MatWeb's terms of use regarding this information. Click here to go back to viewing the property data in MatWeb's normal format.

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PCHOME354 / 131064

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