Norplex-Micarta NorPLY™ 1002 Epoxy Fiberglass Composite, Isotropic

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Norplex-Micarta NorPLY™ 1002 Epoxy Fiberglass Composite, Isotropic
Categories:	Polymer; Thermoset; Epoxy
Material Notes:	NorPLY™ 1002 is a cured epoxy composite material based on a unique non-woven parallel filament construction. This type of construction minimizes filament stress abrasion that can shorten fatigue life in conventional reinforced plastics. NorPLY™ 1002 uses type E continuous filament fiberglass. It is supplied as cured panels or cut to size shapes. NorPLY™ 1002 is available in unidirectional, crossply, or isotropic fiber orientation, each offering a different balance of properties. Features and benefits include: High impact strength chemical and corrosion resistance high strength-to-weight ratio excellent fatigue life and high strain capability low notch sensitivity increased design options (springs to rail joints) resistant to solvents and cleaning fluids less downtime in harsh environments weight reduction greater capacity to store energy than 1060 spring steel Norplex-Micarta acquired the CYPLY® line from Solvay in 2021 and renamed the product NorPLY™.
Key Words:	Formerly CYPLY® 1002, E-Glass
Vendors:	Norplex-Micarta is the leading manufacturer of high performance thermoset composite materials. We work directly with customers to manufacture the highest quality specialty sheet products, pre-pregs, rods and molded shapes, and tubes to meet demanding composite applications for our OEMs and fabricators around the world. Visit norplex-micarta.com. Click here to view all available suppliers for this material. Please click here if you are a supplier and would like information on how to add your listing to this material.
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Physical Properties	Original Value	Comments

Specific Gravity	1.85 g/cc
Filler Content	64 %

Mechanical Properties	Original Value	Comments
Hardness, Barcol	70
Tensile Strength, Ultimate	36000 psi	45° stress angle
	36000 psi	90° stress angle
	48000 psi	0° stress angle
Tensile Modulus	2.50e+6 psi	0° stress angle
	2.80e+6 psi	45° stress angle
	2.80e+6 psi	90° stress angle
Flexural Strength	70000 psi	45° stress angle
	75000 psi	90° stress angle
	76000 psi	0° stress angle
Flexural Modulus	2600 ksi	90° stress angle
	2700 ksi	45° stress angle
	2900 ksi	0° stress angle
Compressive Strength	64000 psi	45° stress angle
	64000 psi	90° stress angle
	75000 psi	0° stress angle
Fatigue Strength	16000 psi @# of Cycles 1.00e+8	Flexural Fatigue (SN)
	19000 psi @# of Cycles 1.00e+7	Flexural Fatigue (SN)
	24000 psi @# of Cycles 1.00e+6	Flexural Fatigue (SN)
	28000 psi @# of Cycles 100000	Flexural Fatigue (SN)
	34000 psi @# of Cycles 10000	Flexural Fatigue (SN)
	40000 psi @# of Cycles 3000	Flexural Fatigue (SN)
Shear Modulus	9500 ksi	Short Beam; 0° stress angle; span/depth 5:1; ASTM D2344-76; span/depth 5:1

Electrical Properties	Original Value	Comments
Volume Resistivity	4.90e+17 ohm-cm	50% RH and at 90% RH
Insulation Resistance	5.30e+15 ohm	50% RH
	6.80e+10 ohm @Temperature 150 °C	50% RH
	6.20e+11 ohm @Temperature 120 °C	50% RH
	9.70e+12 ohm @Temperature 60.0 °C	90% RH
	2.70e+14 ohm @Temperature 60.0 °C	50% RH
	3.30e+14 ohm @Temperature 23.0 °C	90% RH
Dielectric Constant	4.8 @Frequency 1e+6 Hz	50% RH
	5.2 @Frequency 1000 Hz	50% RH
	4.4 @Frequency 3.00e+7 Hz, Temperature 23.0 °C	50% RH
	5.1 @Frequency 100000 Hz, Temperature 23.0 °C	50% RH
	5.3 @Frequency 60.0 Hz, Temperature 23.0 °C	50% RH
	5.5 @Frequency 1e+6 Hz, Temperature 23.0 °C	90% RH
	5.7 @Frequency 1000 Hz, Temperature 60.0 °C	50% RH
	6.1 @Frequency 1000 Hz, Temperature 120 °C	50% RH
	6.5 @Frequency 1000 Hz, Temperature 23.0 °C	90% RH
	6.8 @Frequency 1000 Hz, Temperature 60.0 °C	90% RH
	7.0 @Frequency 60.0 Hz, Temperature 23.0 °C	90% RH
	7.3 @Frequency 1000 Hz, Temperature 150 °C	50% RH
Dielectric Strength	620 V/mil	50% RH
Dissipation Factor	0.0060 @Frequency 1000 Hz	50% RH
	0.017 @Frequency 1e+6 Hz	50% RH
	0.0033 @Frequency 1000 Hz, Temperature 120 °C	50% RH
	0.0052 @Frequency 60.0 Hz, Temperature 23.0 °C	50% RH
	0.0087 @Frequency 1000 Hz, Temperature 60.0 °C	50% RH
	0.014 @Frequency 100000 Hz, Temperature 23.0 °C	50% RH
	0.019 @Frequency 1e+6 Hz, Temperature 23.0 °C	90% RH
	0.023 @Frequency 3.00e+7 Hz, Temperature 23.0 °C	50% RH
	0.036 @Frequency 60.0 Hz, Temperature 23.0 °C	90% RH
	0.050 @Frequency 1000 Hz, Temperature 23.0 °C	90% RH
	0.054 @Frequency 1000 Hz, Temperature 60.0 °C	90% RH
	0.13 @Frequency 1000 Hz, Temperature 150 °C	50% RH
Arc Resistance	20 sec	with filaments; 50% RH and at 90% RH
	80 sec	across filaments; 50% RH and at 90% RH

Thermal Properties	Original Value	Comments
CTE, linear	8.40 µin/in-°F @Temperature -34.4 - 93.3 °C	parallel to one array of filaments; ASTM D696-42T
Specific Heat Capacity	0.210 BTU/lb-°F
Thermal Conductivity	2.32 BTU-in/hr-ft²-°F @Temperature 7.22 °C	on 1 inch thick isotropic laminate
	2.33 BTU-in/hr-ft²-°F @Temperature 2.22 °C	on 1 inch thick isotropic laminate
	2.37 BTU-in/hr-ft²-°F @Temperature 51.7 °C	on 1 inch thick isotropic laminate
	2.40 BTU-in/hr-ft²-°F @Temperature 85.6 °C	on 1 inch thick isotropic laminate

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PCYTEC602 / 29291

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