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[ Datasheet Texin 390]

ISO Shortname: 
PropertyTest ConditionUnitStandardValue
Rheological properties
 Mold shrinkage, flow/cross to flowValue range based on general practical experiencein/inASTM D9550.008
Mechanical properties (23 °C/50 % r. h.)
 Flexural modulus73 °Flb/in²ASTM D7905500
 Flexural modulus-22 °Flb/in²ASTM D79026000
 Tensile strength lb/in²ASTM D4126000
 Ultimate elongation %ASTM D412540
 Tensile stress at 50 % elongation lb/in²ASTM D4121150
 Tensile stress at 100 % elongation lb/in²ASTM D4121200
 Tensile stress at 300 % elongation lb/in²ASTM D4122800
 Compression set, as molded22 h at 73 °F%ASTM D395-B16
 Compression set, as molded22 h at 158 °F%ASTM D395-B65
 Compression set, post-cured22 h at 73 °F; post-cured 16 h at 230 °F%ASTM D395-B12
 Compression set, post-cured22 h at 158 °F; post-cured 16 h at 230 °F%ASTM D395-B35
 Compressive load2% deflectionlb/in²ASTM D575100
 Compressive load5% deflectionlb/in²ASTM D575200
 Compressive load10% deflectionlb/in²ASTM D575400
 Compressive load15% deflectionlb/in²ASTM D575600
 Compressive load20% deflectionlb/in²ASTM D575800
 Compressive load25% deflectionlb/in²ASTM D5751000
 Compressive load50% deflectionlb/in²ASTM D5753050
 Tear strength, Die C lbf/inASTM D624700
Thermal properties
 Glass transition temperatureDMA=Dynamic Mechanical Analysis°FDMA -33
 Low-temperature brittle point °FASTM D746< -90
 Vicat softening temperatureRate A; 1 kg; 50 °C/h°FASTM D1525246
 Coefficient of linear thermal expansion, flow/cross-flow in/in/°FASTM D6960.0008
Other properties (23 °C)
 Specific gravity -ASTM D7921.22
 Shore hardness A ScaleASTM D224088
 Taber abrasionH-18 wheel; 1,000-g; 1,000 cyclesmg LossASTM D348940
 Bayshore resilience %ASTM D263235

Disclaimer

Aromatic polyester-based thermoplastic polyurethane with Shore A hardness of approximately 88 for injection molding. Extrusion not recommended., Typical applications include gears, goggle frames, bumpers, athletic shoe soles, and casters.

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