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Elmet Technologies

Solvay CYCOM® 2020 Epoxy + M46J 140 Unidirectional Tape Prepreg, without Post-Cure
Categories: Polymer; Thermoset; Carbon Fiber/Thermoset Composite; Epoxy; Epoxy/Carbon Fiber Composite

Material Notes: CYCOM® 2020 is a versatile curing, toughened epoxy resin that can be cured from 180°F to 350°F (80°C to 180°C), depending on service temperature requirements. This prepreg resin extracts the maximum possible performance from carbon fibers. The excellent overall balance of properties delivered by CYCOM 2020 has made it the product of choice for many Formula 1 race teams in structural applications. CYCOM 2020 can be either autoclave or vacuum bag cured. Free-standing postcures can also be employed. A one hour cure at 275°F (135°C) gives a Tg of more than 310°F (155°C). The same cure cycle provides excellent mechanical properties with retention of those properties at temperature; 70% of shear strength is retained at 250°F (120°C). CYCOM 2020 is available on both woven and unidirectional carbon, glass and aramid fiber and has a tack-life under ambient conditions in excess of four weeks, maintaining good drape and tack characteristics throughout.

Features & Benefits:

  • Excellent translation of fiber properties
  • Excellent retention of mechanical properties at 240°F (120°C) temperature
  • High impact resistance
  • Controlled flow
  • Good drape and tack
  • Excellent cured surface finish
  • Shop life of 8 weeks at ambient temperature, 75°F (24°C)
Suggested Applications:
  • High stress extreme performance mast and boom applications
  • Structural Formula 1 applications
Property data for CYCOM 2020 with M46J 140 36% Resin Content Unidirectional Tape after standard cure cycle (1 hour at 275°F (135°C)).

Information provided by Cytec, subsequently acquired by Solvay.

Vendors: No vendors are listed for this material. Please click here if you are a supplier and would like information on how to add your listing to this material.
 
Physical PropertiesMetricEnglishComments
Density 1.25 g/cc0.0452 lb/in³Cured Resin
Viscosity  2000 cP
@Temperature 120 °C
2000 cP
@Temperature 248 °F
Neat Resin
 5000 cP
@Temperature 132 °C
5000 cP
@Temperature 270 °F
Neat Resin
 10000 cP
@Temperature 94.0 °C
10000 cP
@Temperature 201 °F
Neat Resin
 100000 cP
@Temperature 63.0 °C
100000 cP
@Temperature 145 °F
Neat Resin
 
Mechanical PropertiesMetricEnglishComments
Tensile Strength  2050 MPa
@Temperature 24.0 °C
298000 psi
@Temperature 75.2 °F
0° Orientation; ASTM D3039
 2090 MPa
@Temperature 120 °C
303000 psi
@Temperature 248 °F
0° Orientation; ASTM D3039
Tensile Modulus  255 GPa
@Temperature 24.0 °C
37000 ksi
@Temperature 75.2 °F
0° Orientation; ASTM D3039
 259 GPa
@Temperature 120 °C
37600 ksi
@Temperature 248 °F
0° Orientation; ASTM D3039
Flexural Strength  1250 MPa
@Temperature 120 °C
181000 psi
@Temperature 248 °F
0° Orientation; ASTM D790
 1510 MPa
@Temperature 24.0 °C
219000 psi
@Temperature 75.2 °F
0° Orientation; ASTM D790
Flexural Modulus  213 GPa
@Temperature 120 °C
30900 ksi
@Temperature 248 °F
0° Orientation; ASTM D790
 218 GPa
@Temperature 24.0 °C
31600 ksi
@Temperature 75.2 °F
0° Orientation; ASTM D790
Compressive Strength  991 MPa
@Temperature 120 °C
144000 psi
@Temperature 248 °F
0° Orientation; ASTM D695
 1017 MPa
@Temperature 24.0 °C
147500 psi
@Temperature 75.2 °F
0° Orientation; ASTM D695
Compressive Modulus  218 GPa
@Temperature 24.0 °C
31600 ksi
@Temperature 75.2 °F
0° Orientation; ASTM D695
 231 GPa
@Temperature 120 °C
33500 ksi
@Temperature 248 °F
0° Orientation; ASTM D695
Poissons Ratio  0.85
@Temperature 24.0 °C
0.85
@Temperature 75.2 °F
±45° Orientation
 0.95
@Temperature 120 °C
0.95
@Temperature 248 °F
±45° Orientation
Shear Modulus  2.80 GPa
@Temperature 120 °C
406 ksi
@Temperature 248 °F
±45° Orientation, In-plane; ASTM D3518
 3.90 GPa
@Temperature 24.0 °C
566 ksi
@Temperature 75.2 °F
±45° Orientation, In-plane; ASTM D3518
Shear Strength  60.7 MPa
@Temperature 120 °C
8800 psi
@Temperature 248 °F
Interlaminar Short Beam; ASTM D2344
 64.8 MPa
@Temperature 24.0 °C
9400 psi
@Temperature 75.2 °F
±45° Orientation, In-plane; ASTM D3518
 68.9 MPa
@Temperature 120 °C
10000 psi
@Temperature 248 °F
±45° Orientation, In-plane; ASTM D3518
 86.9 MPa
@Temperature 24.0 °C
12600 psi
@Temperature 75.2 °F
Interlaminar Short Beam; ASTM D2344
 
Thermal PropertiesMetricEnglishComments
Maximum Service Temperature, Air 116 °C240 °FExcellent Mechanical Property Retention
Glass Transition Temp, Tg 100 °C212 °FCure Cycle: 10 hour at 176°F (80°C)
 120 °C248 °FPeak tan d, Cure Cycle: 10 hour at 176°F (80°C)
 126 °C259 °FCure Cycle: 4 hours at 212°F (100°C)
 150 °C302 °FPeak tan d, Cure Cycle: 4 hours at 212°F (100°C)
 151 °C304 °FCure Cycle: 0.5 hour at 275°F (135°C)
 153 °C307 °FCure Cycle: 1 hour at 275°F (135°C)
 170 °C338 °FCure Cycle: 1 hour at 302°F (150°C)
 177 °C351 °FPeak tan d, Cure Cycle: 0.5 hour at 275°F (135°C)
 177 °C351 °FPeak tan d, Cure Cycle: 1 hour at 275°F (135°C)
 185 °C365 °FCure Cycle: 1 hour at 275°F (135°C) plus 2 hours at 356°F (180°C)
 190 °C374 °FPeak tan d, Cure Cycle: 1 hour at 302°F (150°C)
 205 °C401 °FPeak tan d, Cure Cycle: 1 hour at 275°F (135°C) plus 2 hours at 356°F (180°C)
 
Processing PropertiesMetricEnglishComments
Processing Temperature 82.2 - 177 °C180 - 350 °FCure Temp. Range
 135 °C
@Time 3600 sec
275 °F
@Time 1.00 hour
Standard Cure Cycle
Gel Time 15.0 min
@Temperature 120 °C
15.0 min
@Temperature 248 °F
Shelf Life 12.0 Month
@Temperature <=-12.0 °C
12.0 Month
@Temperature <=10.4 °F

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 view all the property values for this datasheet as they were originally entered into MatWeb.

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PCYTED131f / 193487

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