Teijin Tenax® E TPCL PEEK-HTA40 ThermoPlastic Consolidated Laminate

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Teijin Tenax® E TPCL PEEK-HTA40 ThermoPlastic Consolidated Laminate
Categories:	Polymer; Thermoplastic; Polyketone; Polyetheretherketone (PEEK); Polyetheretherketone, PEEK, Carbon Fiber Filled
Material Notes:	Tenax®-E TPCL PEEK-HTA40 is a Thermoplastic Consolidated Laminate (TPCL) made of several layers of thermoplastic powdered woven fabric. The powdered woven fabric is composed of the high tenacity carbon fiber product Tenax®-E HTA40 E13 3K 200tex and a PEEK matrix. The consolidated laminate can be simply heated above its melting temperature and then stamped in a metallic mold within a press in a few minutes. Product Benefits High-performance mechanical properties Continuous use at elevated temperature Low flammability, smoke and toxicity Room temperature storage and shipping Compliant to Health, Safety and Environment requirements Recyclable Process Benefits Thermo-formable (press forming) Short cycle time Large volume application Automated process (pick and place) Thermoplastic joining technologies Information provided by Teijin Carbon America, Inc.
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Physical Properties	Original Value	Comments

Density	1.76 g/cc

Mechanical Properties	Original Value	Comments
Tensile Strength	46.4 ksi	Open Hole (0°), [((0,90)/ (+45,-45))3]s; European
	50.5 ksi	Filled Hole (0°), [((0,90)/ (+45,-45))3]s; European
	93.8 ksi	Plain (0°), [((0,90)/ (+45,-45))3]s; European
	131.8 ksi	weft, Stacking Sequence: [(0,90)3]s; ISO 527-4 type 3
	138.5 ksi	warp, Stacking Sequence: [(0,90)3]s; ISO 527-4 type 3
	963 MPa @Thickness 0.310 mm	warp, 0°, 50 % r.h; ISO 527-4
Tensile Modulus	6090 ksi	Plain (0°), [((0,90)/ (+45,-45))3]s; European
	8700 ksi	warp, Stacking Sequence: [(0,90)3]s; ISO 527-4 type 3
	8700 ksi	weft, Stacking Sequence: [(0,90)3]s; ISO 527-4 type 3
	60.0 GPa @Thickness 0.310 mm	warp, 0°, 50 % r.h; ISO 527-4
Flexural Strength	177.7 ksi	warp, Stacking Sequence: [(0,90)3]s; EN 2562 A
	1166 MPa	warp, 0°, 50 % r.h; EN 2562 Type A
	153.4 ksi @Temperature 90.0 °C	warp, Stacking Sequence: [(0,90)3]s; EN 2562 A
Flexural Modulus	64.0 GPa	warp, 0°, 50 % r.h; EN 2562 Type A
	9600 ksi	warp, Stacking Sequence: [(0,90)3]s; EN 2562 A
	9400 ksi @Temperature 70.0 °C	warp, Stacking Sequence: [(0,90)3]s, 85% RH; EN 2562 A
Compressive Strength	42.9 ksi	Open Hole (0°), [((0,90)/ (+45,-45))3]s; European
	66.17 ksi	Open Hole (0°), [((0,90)/ (+45,-45))3]s; European
	74.3 ksi	Plain (0°), [((0,90)/ (+45,-45))3]s; European
	103.3 ksi	weft, Stacking Sequence: [(0,90)3]s; EN 2850 B2
	105.2 ksi	warp, Stacking Sequence: [(0,90)3]s; EN 2850 B2
	38.6 ksi @Temperature 90.0 °C	Open Hole (0°), [((0,90)/ (+45,-45))3]s; European
	59.9 ksi @Temperature 90.0 °C	Plain (0°), [((0,90)/ (+45,-45))3]s; European
	60.07 ksi @Temperature 90.0 °C	Open Hole (0°), [((0,90)/ (+45,-45))3]s; European
	725 MPa @Thickness 0.310 mm	warp, 0°, 50 % r.h; EN 2850 Type B
Compressive Modulus	5900 ksi	Plain (0°), [((0,90)/ (+45,-45))3]s; European
	5900 ksi	Plain (0°), [((0,90)/ (+45,-45))3]s; European
	8400 ksi	weft, Stacking Sequence: [(0,90)3]s; EN 2850 B1
	8600 ksi	warp, Stacking Sequence: [(0,90)3]s; EN 2850 B1
	59.0 GPa @Thickness 0.310 mm	warp, 0°, 50 % r.h; EN 2850 Type B
Ultimate Bearing Strength	112600 psi	(0°), [((0,90)/ (+45,-45))3]s; European
	125370 psi	(0°), [((0,90)/ (+45,-45))3]s; European
	118690 psi @Temperature 70.0 °C	(0°), [((0,90)/ (+45,-45))3]s, 85% r.h; European
Bearing Yield Strength	113470 psi @Strain 2 %	(0°), [((0,90)/ (+45,-45))3]s; European
	92720 psi @Strain 2 %, Temperature 90.0 °C	(0°), [((0,90)/ (+45,-45))3]s; European
	103170 psi @Strain 2 %, Temperature 70.0 °C	(0°), [((0,90)/ (+45,-45))3]s; European
Shear Modulus	730 ksi	In plane, [(0,90) 2]s; European
	570 ksi @Temperature 70.0 °C	In plane, [(0,90) 2]s, 85% RH; European
	650 ksi @Temperature 90.0 °C	In plane, [(0,90) 2]s; European
Shear Strength	23.1 ksi	In plane, [(0,90) 2]s; European
	17.5 ksi @Temperature 70.0 °C	In plane, [(0,90) 2]s; European
	20.9 ksi @Temperature 90.0 °C	In plane, [(0,90) 2]s; European

Thermal Properties	Original Value	Comments
Melting Point	343 °C	Peak
Glass Transition Temp, Tg	143 °C	onset, 50 % r.h

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PTEIJIN918 / 277928

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