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Ensinger PEI

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Hexcel® HiFlow® RTM200 Bi-component Epoxy System
Categories: Polymer; Thermoset; Epoxy
Material Notes: Description: HiFlow® RTM200 is an aerospace bi-component toughened resin system with liquid Part A & Part B specially developed for Liquid Composite Molding technologies, such as LRI and RTM. Various applications for HiFlow® RTM200 exist throughout the UAM and UAV markets such as infused blades and other structures. Delivered as a bi-component system, HiFlow® RTM200 provides several benefits over a mono-component resin: Air shipment is allowed, and storage at 23± 5°C for 12 months and larger packages are possible. HiFlow® RTM200 has a low viscosity, allowing for easy processing. HiFlow® RTM200 has a cure temperature of 130°C and a service temperature of 90° C based on wet Tg. HiFlow® RTM200 Part A:B mixing ratio by weight is 100 : 81. HiFlow® RTM200 resin can be used in combination with HexForce®, HiTape® and HiMax® reinforcements. HiFlow® RTM200 is fully compatible with Hexcel binders and veils. They provide easy preforming properties and reinforcement dimensional stability.

Advantages

  • High glass transition temperatures: dry1: Tg> 135°C; wet2: Tg> 120°C
  • < 100mPa.s at process temperatures
  • Toughened system
  • Liquid Part A & Part B at room temperature
  • Longer shelf life (12 months at RT), as bicomponent system
  • Flexible cure cycles available
  • Low exotherm system

Information provided by Hexcel Corporation.
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 PropertiesOriginal ValueComments
Density 1.195 g/ccNeat Resin Cure cycle
 1.098 g/cc
@Time >=306000 sec		Part A
 1.102 g/cc
@Time >=288000 sec		Part A
 1.105 g/cc
@Time >=270000 sec		Part A
 1.109 g/cc
@Time >=252000 sec		Part A
 1.113 g/cc
@Time >=234000 sec		Part A
 1.116 g/cc
@Time >=216000 sec		Part A
 1.119 g/cc
@Time >=252000 sec		Part B
 1.12 g/cc
@Time >=198000 sec		Part A
 1.123 g/cc
@Time >=180000 sec		Part A
 1.125 g/cc
@Time >=306000 sec		Part C
 1.127 g/cc
@Time >=162000 sec		Part A
 1.128 g/cc
@Time >=288000 sec		Part C
 1.131 g/cc
@Time >=144000 sec		Part A
 1.132 g/cc
@Time >=270000 sec		Part C
 1.134 g/cc
@Time >=126000 sec		Part A
 1.136 g/cc
@Time >=252000 sec		Part C
 1.138 g/cc
@Time >=108000 sec		Part A
 1.14 g/cc
@Time >=234000 sec		Part C
 1.142 g/cc
@Time >=90000 sec		Part A
 1.143 g/cc
@Time >=216000 sec		Part C
 1.147 g/cc
@Time >=198000 sec		Part C
 1.151 g/cc
@Time >=180000 sec		Part C
 1.154 g/cc
@Time >=162000 sec		Part C
 1.158 g/cc
@Time >=144000 sec		Part C
 1.162 g/cc
@Time >=126000 sec		Part C
 1.165 g/cc
@Time >=108000 sec		Part C
 1.169 g/cc
@Time >=90000 sec		Part C
 1.194 g/cc
@Time >=306000 sec		Part B
 1.196 g/cc
@Time >=288000 sec		Part B
 1.197 g/cc
@Time >=270000 sec		Part B
 1.20 g/cc
@Time >=234000 sec		Part B
 1.202 g/cc
@Time >=216000 sec		Part B
 1.203 g/cc
@Time >=198000 sec		Part B
 1.205 g/cc
@Time >=180000 sec		Part B
 1.206 g/cc
@Time >=162000 sec		Part B
 1.208 g/cc
@Time >=144000 sec		Part B
 1.209 g/cc
@Time >=126000 sec		Part B
 1.211 g/cc
@Time >=108000 sec		Part B
 1.212 g/cc
@Time >=90000 sec		Part B
Viscosity 19.0 cP
@Temperature 115 °C		After Mix
 800 cP
@Temperature 30.0 °C		After Mix
 10000 cP
@Temperature 140 °C		After Mix
 
Mechanical PropertiesOriginal ValueComments
Tensile Strength 385 MPaOpen Hole, RT/dry; EN6035
 899 MPaRT/dry; ISO527-4 T3
Tensile Modulus 67.6 GPaRT/dry; ISO527-4 T3
Compressive Strength 227 MPaafter 30J impact; EN6038
 285 MPaOpen Hole, RT/dry; EN6036
 722 MPaRT/dry; EN2850B
Compressive Modulus 60000 MPaRT/dry; EN2850B
Bearing Yield Strength 127000 psiEN6037, RT/dry
Fracture Toughness 0.983 ksi-in½
Shear Strength 64.9 MPaInterlaminar, RT/dry; EN2563
 104 MPaIn-Plane, RT/dry; EN6031
 
Thermal PropertiesOriginal ValueComments
CTE, linear 33.9 µin/in-°F
@Temperature -50.0 - 20.0 °C
 39.4 µin/in-°F
@Temperature 20.0 - 100 °C
 44.4 µin/in-°F
@Temperature 100 - 180 °C
Glass Transition Temp, Tg -38.0 °Cmidpoint
 123 °Conset
 163 °Cpeak
 
Processing PropertiesOriginal ValueComments
Gel Time 7.00 min
@Temperature 130 °C		Time to reach 200 mPa.s
 8.00 min
@Temperature 130 °C		Time to reach 1000 mPa.s
 13.0 min
@Temperature 120 °C		Time to reach 200 mPa.s
 15.0 min
@Temperature 120 °C		Time to reach 1000 mPa.s
 21.0 min
@Temperature 110 °C		Time to reach 200 mPa.s
 25.0 min
@Temperature 110 °C		Time to reach 1000 mPa.s
 53.0 min
@Temperature 100 °C		Time to reach 200 mPa.s
 55.0 min
@Temperature 100 °C		Time to reach 1000 mPa.s
 68.0 min
@Temperature 90.0 °C		Time to reach 200 mPa.s
 88.0 min
@Temperature 90.0 °C		Time to reach 1000 mPa.s
 103 min
@Temperature 80.0 °C		Time to reach 200 mPa.s
 154 min
@Temperature 80.0 °C		Time to reach 1000 mPa.s
 162 min
@Temperature 70.0 °C		Time to reach 200 mPa.s
 220 min
@Temperature 50.0 °C		Time to reach 200 mPa.s
 258 min
@Temperature 60.0 °C		Time to reach 200 mPa.s
 276 min
@Temperature 70.0 °C		Time to reach 1000 mPa.s
 525 min
@Temperature 60.0 °C		Time to reach 1000 mPa.s
 908 min
@Temperature 50.0 °C		Time to reach 1000 mPa.s
 >= 960 min
@Temperature 40.0 °C		Time to reach 1000 mPa.s
Shelf Life 12.0 Month
@Temperature -18.0 °C

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.

PHEXCB9197 / 322353

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