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Ensinger PEI

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General Plastics LAST-A-FOAM® FR-3730 Polyurethane Foam
Categories: Other Engineering Material; Composite Core Material; Polymer; Thermoset; Polyurethane, TS; Thermoset Polyurethane Foam, Unreinforced

Material Notes: Product Description: LAST-A-FOAM® FR-3700 is a CFC-free, rigid, closed-cell, flame-retardant polyurethane foam available in densities ranging from 3 to 40 pounds per cubic foot. Tougher and less friable than our FR-6700 series, this aerospace-grade, BMS 8-133-qualified foam enables cutting of crisper edges, making it well-suited to machining complex shapes for composite cores. It exhibits a high strength-to-weight ratio due to its cellular structure and cross-linked resin. Because of its closed-cell structure, LAST-A-FOAM® FR-3700 has excellent resistance to water absorption and will not swell, crack, or split on exposure to water. LAST-A-FOAM® FR-3700 provides exceptional protection for hazardous cargo and payloads as an impact- and fire-insulation liner in transport or packaging containers. It also serves as human bone test media.

Features:

  • Stable
  • Inert
  • Resistant to most chemicals and solvents
  • Easily shaped with common woodworking tools
  • Performs well as wood replacement
  • Will not support fungal growth
Applications:
  • Models and design prototypes
  • Composite Core
  • Honeycomb edge close-out for aircraft interior sandwich panels used in overhead storage bins, passenger cabin class dividers, galleys and lavatories
  • Vacuum form dies and mold patterns

Information provided by General Plastics Manufacturing Company

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Physical PropertiesOriginal ValueComments
Density 0.481 g/ccASTM D1622
 
Mechanical PropertiesOriginal ValueComments
Hardness, Shore D 53.83 lbs/ft3, cut foam surface; ASTM D2240
 71.640 lbs/ft3, cut foam surface
Tensile Strength 1838 psiParallel to Rise; ASTM D1623
 1907 psiPerpendicular to Rise; ASTM D1623
Flexural Strength 2505 psiRise Parallel to Beam Thick.; ASTM D790 Method 1-A
 2761 psiRise Parallel to Test Span; ASTM D790 Method 1-A
Flexural Modulus 83868 psiRise Parallel to Test Span; ASTM D790 Method 1-A
 84818 psiRise Parallel to Beam Thick.; ASTM D790 Method 1-A
Compressive Strength 1091 psi
@Temperature 121 °C
Parallel to Rise; ASTM D1621
 1125 psi
@Temperature 121 °C
Perpendicular to Rise; ASTM D1621
 1686 psi
@Temperature 93.3 °C
Parallel to Rise; ASTM D1621
 1748 psi
@Temperature 93.3 °C
Perpendicular to Rise; ASTM D1621
 2954 psi
@Temperature 23.9 °C
Parallel to Rise; ASTM D1621
 2960 psi
@Temperature 23.9 °C
Perpendicular to Rise; ASTM D1621
 3942 psi
@Temperature -53.9 °C
Parallel to Rise; ASTM D1621
 4200 psi
@Temperature -53.9 °C
Perpendicular to Rise; ASTM D1621
Compressive Modulus 37408 psi
@Temperature 121 °C
Parallel to Rise; ASTM D1621
 38899 psi
@Temperature 121 °C
Perpendicular to Rise; ASTM D1621
 51059 psi
@Temperature 23.9 °C
Perpendicular to Rise; ASTM D1621
 51070 psi
@Temperature 93.3 °C
Parallel to Rise; ASTM D1621
 51486 psi
@Temperature 23.9 °C
Parallel to Rise; ASTM D1621
 52573 psi
@Temperature 93.3 °C
Perpendicular to Rise; ASTM D1621
 55584 psi
@Temperature -53.9 °C
Parallel to Rise; ASTM D1621
 58570 psi
@Temperature -53.9 °C
Perpendicular to Rise; ASTM D1621
Poissons Ratio 0.30
 
Electrical PropertiesOriginal ValueComments
Dielectric Constant 1.05 - 1.4
@Frequency 1e+6 Hz
3-20 lbs/ft3
 
Thermal PropertiesOriginal ValueComments
CTE, linear 35.0 µin/in-°F
@Temperature -45.6 - 93.3 °C
GP Method
Specific Heat Capacity 0.353 BTU/lb-°FASTM E1269
Thermal Conductivity 0.464 BTU-in/hr-ft²-°FASTM C518
Maximum Service Temperature, Air 250 °F
Minimum Service Temperature, Air -320 °F
Glass Transition Temp, Tg 270 °FASTM E1824
 
Descriptive Properties
Closed Cell Content95%3 lbs/ft3, ASTM D2856, Procedure B
 99%25 lbs/ft3, ASTM D2856, Procedure B
Heat of Combustion11706 BTU/lbASTM D240
Tumbling Friability (%)0.140 lbs/ft3, 20 mins at 60 rpm, ASTM C421
 23.63 lbs/ft3, 20 mins at 60 rpm, ASTM C421
Water Absorption0.006 lbs/ft²at 18 lbs/ft³, ASTM D2842
 0.02 lbs/ft²at 3 lbs/ft³, ASTM D2842

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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