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Terluran® GP-22 - uniboxinfo.com

terluran GP-22 BASF Corporation - Acrylonitrile Butadiene Styrene Product DescriptionTerluran GP-22 is an easy flowing grade of ABS for injection molding with high resistance to impact and heat CharacteristicsMaterial StatuslCommercial: Active AvailabilitylNorth America lEurope Test Standards AvailablelASTM lISO 10350 Recycled ContentlNo FeatureslCopolymer lFlow, Good lGeneral Purpose lImpact Resistance, HighUseslTelecommunications lHousings lAutomotive Applications lGeneral Purpose Automotive SpecificationslFORD ESF-M4D241-B lGM lFORD WSK-M4D827-A lFORD ESF-M4D236-A lCHRYSLER MSDB 200 CPN4030 FormslPellets Processing MethodlInjection molding Multi-Point DatalCreep Modulus vs.

Terluran® GP-22 BASF Corporation - Acrylonitrile Butadiene Styrene Product Description Terluran GP-22 is an easy flowing grade of ABS for injection molding with high resistance to impact and heat

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Transcription of Terluran® GP-22 - uniboxinfo.com

1 terluran GP-22 BASF Corporation - Acrylonitrile Butadiene Styrene Product DescriptionTerluran GP-22 is an easy flowing grade of ABS for injection molding with high resistance to impact and heat CharacteristicsMaterial StatuslCommercial: Active AvailabilitylNorth America lEurope Test Standards AvailablelASTM lISO 10350 Recycled ContentlNo FeatureslCopolymer lFlow, Good lGeneral Purpose lImpact Resistance, HighUseslTelecommunications lHousings lAutomotive Applications lGeneral Purpose Automotive SpecificationslFORD ESF-M4D241-B lGM lFORD WSK-M4D827-A lFORD ESF-M4D236-A lCHRYSLER MSDB 200 CPN4030 FormslPellets Processing MethodlInjection molding Multi-Point DatalCreep Modulus vs.

2 Time (ISO 11403-1) lIsochronous Stress vs. Strain (ISO 11403-1) lIsothermal Stress vs. Strain (ISO 11403-1) lSecant Modulus vs. Strain (ISO 11403-1) lShear Modulus vs. Temperature (ISO 11403-2) lSpecific Volume vs Temperature (ISO 11403-2) lViscosity vs. Shear Rate (ISO 11403-2) Properties 1 PhysicalNominal Values (English) Test Method Density g/cm ASTM D1505 MechanicalNominal Values (English) Test Method Tensile Modulus 2 341000 psi ASTM D638 Tensile Strength @ Yield 3 6530 psi ASTM D638 Tensile Strength @ Break 3 4930 psi ASTM D638 Tensile Elongation @ Yld % ASTM D638 Flexural Modulus 334000 psi ASTM D790 Flexural Strength 4 9430 psi ASTM D790 ImpactNominal Values (English) Test Method Notched Izod ImpactASTM D256 (-40 F, in) ft-lb/in (0 F, in) ft-lb/in (73 F, in) ft-lb/in HardnessNominal Values (English) Test Method Rockwell Hardness (R-Scale)

3 103 ASTM D785 ThermalNominal Values (English) Test Method DTUL @264psi - Annealed ( in) 210 F ASTM D648 DTUL @264psi - Unannealed ( in) 172 F ASTM D648 DTUL @66psi - Annealed ( in) 219 F ASTM D648 DTUL @66psi - Unannealed ( in) 196 F ASTM D648 Vicat Softening Point (Rate A) 207 F ASTM D1525 Page 1 of 2 terluran GP-22 data provided by IDESI gnition CharacteristicsNominal Values (English) Test Method Flame Rating - ULUL 94 ( in, ALL) HB ( in, ALL) HB ( in, ALL) HB UL 746 Nominal Values (English) Test Method Rel Temp Indx Mech w/oImpUL 746 ( in) 203 F ( in) 203 F ( in) 203 F Rel Temp Indx Mech w/ImpUL 746 ( in) 176 F ( in) 176 F ( in) 176 F Rel Temp Indx ElectUL 746 ( in) 194 F ( in) 194 F ( in) 194 F Additional Properties Melt Flow Index, ASTM D1238, 220 C/10 kg: g/10 min Melt Flow Index, ASTM D1238, 230 kg: g/10 minProcessing InformationInjection molding ParametersNominal Values (English) Test Method Drying Temperature 176 F Drying Time to hr Suggested Max Regrind 20 % Processing (Melt) Temp 428 to 500 F Mold Temperature to 140 F Notes1 Typical properties.

4 Not to be construed as in3 Type I, in4 inPage 2 of 2 terluran GP-22 data provided by IDES


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