DuPont Crastin. thermoplastic polyester resin PRODUCT AND PROPERTY GUIDE
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- Posy Elliott
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1 DuPont Crastin thermoplastic polyester resin PRODUCT AND PROPERTY GUIDE
2 DuPont Crastin thermoplastic polyester resin DuPont Crastin PBT (polybutylene terephthalate) thermoplastic polyester offers exceptional resistance to heat, creep and solvents, processing ease and good economics for a variety of applications. Among its most notable characteristics: Dimensional stability to go where nylon can t with part performance virtually unaffected by changes in ambient humidity. This characteristic is especially valuable in auto lighting bezels, connectors and water valves Excellent dielectric and electrical insulation properties, with high arc-resistant grades, make Crastin especially suited for connectors, relays, switches eatured Applications With outstanding mechanical and physical properties, Crastin PBT can help deliver greater reliability, durability and a cost advantage over many current materials in electrical and electronic applications, auto lighting bezels, water valves, fiber optic cable jackets. Lighting Bezels Crastin offers the best combination of heat resistance plus direct metallization ability for cost savings in today s stylish automotive headlamps and taillamps Electrical and Electronics Encapsulation of transformers, motors and solenoids Crastin has a unique combination of high flow, high temperature resistance, excellent barrier to moisture and resistance to thermal shocks Capacitors and electronic components Crastin offers a combination of high flow, laser marking and flammability at low wall thickness together with outstanding adhesion to epoxy resin Circuit breakers, relays and contacts Crastin delivers low embrittlement at high temperatures, dimensional stability, easy processing and low out-gassing Lamp sockets Color stability, easy processing, high temperature resistance Connectors The Hydrolysis Resistant grades, originally developed to make automotive connectors with superior USCAR test performance, are so versatile that molders and OEMs are using them even where hydrolysis resistance is not critical. Since 1993 DuPont Engineering Polymers has been reinventing PBT, with new grades that extend important properties and improve flow and processibility. Crastin can be processed on conventional injection molding machines using standard industry practices, and many grades designed specifically for blow molding and extrusion are also available.
3 Crastin Product Offering Extrusion CRASTIN 6129 CRASTIN 6129C CRASTIN 6130 CRASTIN 6130C CRASTIN 6131 CRASTIN 6131C CRASTIN 6134 CRASTIN 6134C Unreinforced, high viscosity PBT resin for extrusion and injection molding (Note: Crastin 6129 is available in Europe and Asia, Crastin 6129C is available in the Americas). Unreinforced, medium high viscosity PBT resin for extrusion and injection molding (Note: Crastin 6130 is available in Europe and Asia, Crastin 6130C is available in the Americas). Unreinforced, low viscosity PBT resin for extrusion and injection molding (Note: Crastin 6131 is available in Europe and Asia, Crastin 6131C is available in the Americas). Unreinforced, medium viscosity PBT resin for extrusion and injection molding (Note: Crastin 6134 is available in Europe and Asia, Crastin 6134C is available in the Americas). Unreinforced, Lubricated CRASTIN S60010 CRASTIN S60010 CRASTIN S60020 CRASTIN S60020 CRASTIN S60040 CRASTIN S60040 CRASTIN S62020 CRASTIN S62020 CRASTIN CE2055 Unreinforced, medium high viscosity PBT resin for injection molding. Unreinforced, medium viscosity PBT resin for injection molding. Unreinforced, low viscosity PBT resin for injection molding. Unreinforced, nucleated, medium viscosity PBT resin for fast injection molding. Unreinforced, ultra high flow PBT resin for fast injection molding. Unreinforced, lame Retardant CRASTIN S660R BK507 CRASTIN S660R Unreinforced, flame retardant, lubricated PBT resin for injection molding recognized by UL as UL94V-0 at 0.40 mm (0.016 in). Unreinforced Toughened CRASTIN ST820 BK503 CRASTIN ST820 Unreinforced, Super Tough PBT resin for injection molding. Unreinforced Toughened, lame Retardant CRASTIN ST830R BK507 CRASTIN ST830RUV Super Tough, flame retardant, unreinforced PBT molding resin. It is recognized as UL94V-0 at 0.85 mm (0.033 in). Toughened, flame retardant, unreinforced PBT molding resin which contains a UV light stabilizer. It is recognized as UL94V-0 at 0.85 mm (0.033 in). Wear & riction CRASTIN S600L Unreinforced, Teflon PTE powder lubricated PBT for injection molding. Blow Molding CRASTIN BM6450XD BK560 Unreinforced, Super Tough, very high viscosity PBT resin for extrusion and blow molding applications. Improved Hydrolysis Resistance CRASTIN HR5315H BK503 CRASTIN HR5315H CRASTIN HR5330H BK503 CRASTIN HR5330H 15% glass reinforced PBT with high flow (H), moderately toughened, hydrolysis resistant (HR) resin. Excellent balance of properties between terminal pullout and impact resistance. Developed for USCAR Class 3 and 4 environments. 30% glass reinforced PBT with high flow (H), moderately toughened, hydrolysis resistant (HR) resin. Excellent balance of properties between terminal pullout and impact resistance. Developed for USCAR Class 3 and 4 environments.
4 Low Warp Alloys CRASTIN LW9020 BK580 CRASTIN LW9020 CRASTIN LW9020R CRASTIN LW9020R CRASTIN LW9030 CRASTIN LW9030 CRASTIN LW9030R CRASTIN LW9030R CRASTIN LW9320 CRASTIN LW9320 CRASTIN LW9330 CRASTIN LW % glass fiber reinforced PBT alloy for injection molding with improved surface aesthetics, excellent dimensional stability and low warpage characteristics. 20% glass fiber reinforced, flame retardant PBT alloy for injection molding with improved surface aesthetics, excellent dimensional stability and low warpage characteristics and is recognized as UL94V-0 at 1.5 mm (0.059 in). 30% glass fiber reinforced PBT alloy for injection molding with improved surface aesthetics, excellent dimensional stability and low warpage characteristics. 30% glass fiber reinforced, flame retardant PBT alloy for injection molding with improved surface aesthetics, excellent dimensional stability and low warpage characteristics and is recognized as UL94V-0 at 1.5 mm (0.059 in). 20% glass fiber reinforced PBT alloy for injection molding with improved surface aesthetics, excellent dimensional stability and low warpage characteristics. 30% glass fiber reinforced PBT alloy for injection molding with improved surface aesthetics, excellent dimensional stability and low warpage characteristics. Glass Reinforced CRASTIN SK601 CRASTIN SK601 CRASTIN SK602 CRASTIN SK602 CRASTIN SK603 CRASTIN SK603 CRASTIN SK605 CRASTIN SK605 CRASTIN SK608 BK509 CRASTIN SK609 CRASTIN SK609 10% glass fiber reinforced, lubricated PBT resin for injection molding. 15% glass fiber reinforced, lubricated PBT resin for injection molding. 20% glass fiber reinforced, lubricated PBT resin for injection molding. 30% glass fiber reinforced, lubricated PBT resin for injection molding. 45% glass fiber reinforced, lubricated, black PBT resin for injection molding. 50% glass fiber reinforced, lubricated PBT resin for injection molding. Glass Bead CRASTIN SO653 20% glass bead filled PBT resin for injection molding. It has isotropic properties and low warpage characteristics. Glass Reinforced, Improved Impact CRASTIN T803 CRASTIN T803 CRASTIN T805 CRASTIN T805 20% glass fiber reinforced PBT resin for injection molding with improved impact resistance and good processing characteristics. 30% glass fiber reinforced PBT resin for injection molding with improved impact resistance and good processing characteristics. Reinforced, lame Retardant CRASTIN HTI668R 45% glass and mineral reinforced, modified PBT resin that is recognized as UL94V-0 at 1.0 mm (0.039 in) and has excellent high arc tracking resistance. Glass Reinforced, Improved Impact, lame Retardant CRASTIN T835RUV CRASTIN T841R CRASTIN T841R CRASTIN T843R CRASTIN T843R CRASTIN T845R CRASTIN T845R 5% glass reinforced, toughened, flame retardant PBT resin for injection molding recognized by UL as UL94V-0 at 0.8 mm (0.031 in). 10% glass fiber reinforced, improved impact, flame retardant, PBT resin for injection molding recognized as UL94V-0 at 1.5 mm (0.059 in). 20% glass fiber reinforced, improved impact, flame retardant, PBT resin for injection molding recognized as UL94V-0 at 1.5 mm (0.059 in). 30% glass fiber reinforced, improved impact, flame retardant, PBT resin for injection molding recognized as UL94V-0 at 1.5 mm (0.059 in).
5 Thermal Mechanical C C Extrusion C C Resin Identification ISO 1043 PBT PBT PBT PBT Part Marking Code ISO >PBT< >PBT< >PBT< >PBT< Yield Stress ISO 527 MPa Yield Strain ISO 527 % Strain at Break 50mm/min ISO 527 % Nominal Strain at Break ISO 527 % > Tensile Modulus ISO 527 MPa Tensile Creep Modulus 1h ISO 899 MPa h MPa lexural Modulus ISO 178 MPa lexural Strength ISO 178 MPa Notched Charpy Impact -40ºC (-40º) ISO 179/1eA kj/m2-30ºc (-22º) 4 23ºC (73º) Unnotched Charpy Impact -40ºC (-40º) ISO 179/1eU kj/m2-30ºc (-22º) NB 23ºC (73º) NB Deflection Temperature 0.45MPa ISO 75-1/-2 C MPa, Annealed C Deflection Temperature 1.80MPa ISO 75-1/-2 C MPa, Annealed C Melting Temperature 10 C/min ISO /-3 C CLTE, Normal C ISO / C CLTE, Parallel C ISO / C Thermal Conductivity DIN W/m K 0.25 Btu in/h ft2 1.7 Vicat Softening Temperature 10N ISO 306 C N C Hot Ball Pressure Test Plate 3mm IEC C Hot Ball Pressure Test Plate 3mm VDE 0470 C Test temperatures are 23 C (73 ) unless otherwise stated. 1
6 Electrical lammability C Surface Resistivity IEC ohm >1E12 Relative Permittivity 50Hz IEC E2 Hz 1E6 Hz 3.2 Volume Resistivity IEC ohm m >1E13 Dissipation actor 50Hz IEC E E2 Hz 1E6 Hz 200 Electric Strength 1.0mm IEC kv/mm 26 V/mil mm kv/mm 15 V/mil 380 CTI IEC V C Extrusion C CTI UL 746A V > lammability Classification IEC HB HB HB Min. Thickness Tested mm lammability Classification UL94 HB HB HB Min. Thickness Tested UL94 mm V Min. Thickness Tested IEC mm UL94 5V Min. Thickness Tested UL94 mm Oxygen Index ISO /-2 % 22 Glow Wire lammability Index IEC C Glow Wire lammability Index 0.75mm IEC C mm IEC C Glow Wire Ignition Temperature High Amperage Arc Ignition 0.75mm UL 746A arcs Resistance 0.81mm mm 0.88mm mm Hot Wire Ignition 0.75mm UL 746A s 0.81mm mm 0.88mm mm C Test temperatures are 23 C (73 ) unless otherwise stated. 2
7 Temperature Index Other Processing C C Extrusion C C RTI, Electrical 0.75mm UL 746B C 0.81mm mm 0.88mm RTI, Impact 0.75mm UL 746B C 0.81mm mm 0.88mm RTI, Strength 0.75mm UL 746B C 0.81mm mm 0.88mm Density ISO 1183 kg/m g/cm Ball Indention Hardness H 358/30 ISO MPa Ball Indention Hardness H 961/30 ISO MPa Hardness, Rockwell Scale R ISO 2039/2 Water Absorption Equilibrium 50%RH ISO 62, Similar % 0.2 Immersion 24h Saturation, immersed to 0.4 Molding Shrinkage Normal, 2.0mm ISO % Parallel, 2.0mm Melt Temperature Range C Melt Temperature Optimum C Mold Temperature Range C Mold Temperature Optimum C Drying Time, Dehumidified Dryer h Drying Temperature C Processing Moisture Content % <0.04 <0.04 <0.04 <0.04 Snake low 100MPa, 7 x 2mm mm in 90MPa, 5x0.30mm mm 8 11 in MPa, 5x0.50mm mm in MPa, 5x0.75mm mm in MPa, 5x1.00mm mm in Test temperatures are 23 C (73 ) unless otherwise stated. 3
8 Thermal Mechanical S60010 Unreinforced, Lubricated S60010 S60020 S60020 Resin Identification ISO 1043 PBT PBT PBT PBT Part Marking Code ISO >PBT< >PBT< >PBT< >PBT< Yield Stress ISO 527 MPa Yield Strain ISO 527 % Strain at Break 50mm/min ISO 527 % >50 >50 >50 >50 Nominal Strain at Break ISO 527 % >50 > Tensile Modulus ISO 527 MPa Tensile Creep Modulus 1h ISO 899 MPa h MPa lexural Modulus ISO 178 MPa lexural Strength ISO 178 MPa Notched Charpy Impact -40ºC (-40º) ISO 179/1eA kj/m2-30ºc (-22º) ºC (73º) Unnotched Charpy Impact -40ºC (-40º) ISO 179/1eU kj/m2-30ºc (-22º) NB NB 23ºC (73º) NB NB Deflection Temperature 0.45MPa ISO 75-1/-2 C MPa, Annealed C Deflection Temperature 1.80MPa ISO 75-1/-2 C MPa, Annealed C Melting Temperature 10 C/min ISO /-3 C CLTE, Normal C ISO / C CLTE, Parallel C ISO / C Thermal Conductivity DIN W/m K Btu in/h ft Vicat Softening Temperature 10N ISO 306 C N C Hot Ball Pressure Test Plate 3mm IEC C Hot Ball Pressure Test Plate 3mm VDE 0470 C Test temperatures are 23 C (73 ) unless otherwise stated. 4
9 Electrical lammability S60010 Unreinforced, Lubricated S60010 S60020 S60020 Surface Resistivity IEC ohm 1E15 >1E12 Relative Permittivity 50Hz IEC E2 Hz E6 Hz Volume Resistivity IEC ohm m >1E13 >1E13 Dissipation actor 50Hz IEC E E2 Hz E6 Hz Electric Strength 1.0mm IEC kv/mm V/mil mm kv/mm 15 V/mil 381 CTI IEC V CTI UL 746A V lammability Classification IEC HB HB HB HB Min. Thickness Tested mm lammability Classification UL94 HB HB HB HB Min. Thickness Tested UL94 mm V Min. Thickness Tested IEC mm UL94 5V Min. Thickness Tested UL94 mm Oxygen Index ISO /-2 % Glow Wire lammability Index IEC C 750 Glow Wire lammability Index 0.75mm IEC C mm IEC C Glow Wire Ignition Temperature High Amperage Arc Ignition Resistance 0.75mm UL 746A arcs 0.81mm 0.85mm 0.88mm mm Hot Wire Ignition 0.75mm UL 746A s 0.81mm 0.85mm 0.88mm mm Test temperatures are 23 C (73 ) unless otherwise stated. 5
10 Temperature Index Other Processing S60010 Unreinforced, Lubricated S60010 S60020 S60020 RTI, Electrical 0.75mm UL 746B C mm 0.85mm 0.88mm RTI, Impact 0.75mm UL 746B C mm 0.85mm 0.88mm RTI, Strength 0.75mm UL 746B C mm 0.85mm 0.88mm Density ISO 1183 kg/m g/cm Ball Indention Hardness H 358/30 ISO MPa Ball Indention Hardness H 961/30 ISO MPa Hardness, Rockwell Scale R ISO 2039/2 Water Absorption Equilibrium 50%RH ISO 62, Similar % Immersion 24h Saturation, immersed to Molding Shrinkage Normal, 2.0mm ISO % Parallel, 2.0mm Melt Temperature Range C Melt Temperature Optimum C Mold Temperature Range C Mold Temperature Optimum C Drying Time, Dehumidified Dryer h Drying Temperature C Processing Moisture Content % <0.04 <0.04 <0.04 <0.04 Snake low 100MPa, 7 x 2mm mm 380 in 15 90MPa, 5x0.30mm mm in MPa, 5x0.50mm mm in MPa, 5x0.75mm mm in MPa, 5x1.00mm mm in Test temperatures are 23 C (73 ) unless otherwise stated. 6
11 Unreinforced, Lubricated Thermal Mechanical S60040 S60040 S62020 S62020 CE2055 Resin Identification ISO 1043 PBT PBT PBT PBT PBT Part Marking Code ISO >PBT< >PBT< >PBT< >PBT< >PBT< Yield Stress ISO 527 MPa Yield Strain ISO 527 % Strain at Break 50mm/min ISO 527 % 30 >50 >50 >50 30 Nominal Strain at Break ISO 527 % Tensile Modulus ISO 527 MPa Tensile Creep Modulus 1h ISO 899 MPa h MPa lexural Modulus ISO 178 MPa lexural Strength ISO 178 MPa Notched Charpy Impact -40ºC (-40º) ISO 179/1eA kj/m2-30ºc (-22º) ºC (73º) Unnotched Charpy Impact -40ºC (-40º) ISO 179/1eU kj/m2-30ºc (-22º) NB NB 23ºC (73º) NB NB Deflection Temperature 0.45MPa ISO 75-1/-2 C MPa, Annealed C Deflection Temperature 1.80MPa ISO 75-1/-2 C MPa, Annealed C Melting Temperature 10 C/min ISO /-3 C CLTE, Normal C ISO / C CLTE, Parallel C ISO / C Thermal Conductivity DIN W/m K Btu in/h ft Vicat Softening Temperature 10N ISO 306 C N C Hot Ball Pressure Test Plate 3mm IEC C Hot Ball Pressure Test Plate 3mm VDE 0470 C Test temperatures are 23 C (73 ) unless otherwise stated. 7
12 Unreinforced, Lubricated Electrical lammability S60040 S60040 S62020 S62020 Surface Resistivity IEC ohm >1E12 >1E12 Relative Permittivity 50Hz IEC E2 Hz E6 Hz Volume Resistivity IEC ohm m >1E13 >1E13 Dissipation actor 50Hz IEC E E2 Hz E6 Hz Electric Strength 1.0mm IEC kv/mm V/mil mm kv/mm V/mil CTI IEC V CTI UL 746A V lammability Classification IEC HB HB HB HB Min. Thickness Tested mm lammability Classification UL94 HB HB HB HB Min. Thickness Tested UL94 mm V Min. Thickness Tested IEC mm UL94 5V Min. Thickness Tested UL94 mm Oxygen Index ISO /-2 % Glow Wire lammability Index IEC C Glow Wire lammability Index 0.75mm IEC C mm IEC C Glow Wire Ignition Temperature High Amperage Arc Ignition Resistance 0.75mm UL 746A arcs 0.81mm 0.85mm 0.88mm mm Hot Wire Ignition 0.75mm UL 746A s 0.81mm 0.85mm 0.88mm mm CE2055 Test temperatures are 23 C (73 ) unless otherwise stated. 8
13 Unreinforced, Lubricated Temperature Index Other Processing S60040 S60040 S62020 S62020 CE2055 RTI, Electrical 0.75mm UL 746B C mm 0.85mm 0.88mm RTI, Impact 0.75mm UL 746B C mm 0.85mm 0.88mm RTI, Strength 0.75mm UL 746B C mm 0.85mm 0.88mm Density ISO 1183 kg/m g/cm Ball Indention Hardness H 358/30 ISO MPa Ball Indention Hardness H 961/30 ISO MPa Hardness, Rockwell Scale R ISO 2039/2 Water Absorption Equilibrium 50%RH ISO 62, Similar % Immersion 24h Saturation, immersed to Molding Shrinkage Normal, 2.0mm ISO % Parallel, 2.0mm Melt Temperature Range C Melt Temperature Optimum C Mold Temperature Range C Mold Temperature Optimum C Drying Time, Dehumidified Dryer h Drying Temperature C Processing Moisture Content % <0.04 <0.04 <0.04 <0.04 <0.04 Snake low 100MPa, 7 x 2mm mm 425 in MPa, 5x0.30mm mm 10 in MPa, 5x0.50mm mm 37 in MPa, 5x0.75mm mm 78 in MPa, 5x1.00mm mm 124 in 4.9 Test temperatures are 23 C (73 ) unless otherwise stated. 9
14 Mechanical Thermal S660R BK507 Unreinforced, R S660R Unreinforced, Toughened ST820 BK503 ST820 Resin Identification ISO 1043 PBT-R(17) PBT-R(17) PBT-HI PBT-HI Part Marking Code ISO >PBT-R(17)< >PBT-R(17)< >PBT-HI< >PBT-HI< Yield Stress ISO 527 MPa Yield Strain ISO 527 % Strain at Break 50mm/min ISO 527 % Nominal Strain at Break ISO 527 % >50 >50 Tensile Modulus ISO 527 MPa Tensile Creep Modulus 1h ISO 899 MPa 1000h MPa lexural Modulus ISO 178 MPa lexural Strength ISO 178 MPa Notched Charpy Impact -40ºC (-40º) ISO 179/1eA kj/m ºC (-22º) ºC (73º) Unnotched Charpy Impact -40ºC (-40º) ISO 179/1eU kj/m ºC (-22º) 65 NB NB 23ºC (73º) NB NB Deflection Temperature 0.45MPa ISO 75-1/-2 C MPa, Annealed C Deflection Temperature 1.80MPa ISO 75-1/-2 C MPa, Annealed C Melting Temperature 10 C/min ISO /-3 C CLTE, Normal C ISO / C CLTE, Parallel C ISO / C Thermal Conductivity DIN W/m K Btu in/h ft2 Vicat Softening Temperature 10N ISO 306 C N C Hot Ball Pressure Test Plate 3mm IEC C Hot Ball Pressure Test Plate 3mm VDE 0470 C Test temperatures are 23 C (73 ) unless otherwise stated. 10
15 Electrical lammability S660R BK507 Unreinforced, R S660R ST820 BK503 ST820 Surface Resistivity IEC ohm 1E15 Relative Permittivity 50Hz IEC E2 Hz 3.5 1E6 Hz 3.4 Volume Resistivity IEC ohm m >1E13 Dissipation actor 50Hz IEC E-4 1E2 Hz 30 1E6 Hz 200 Electric Strength 1.0mm IEC kv/mm V/mil 2.0mm kv/mm 23 V/mil 600 CTI IEC V CTI UL 746A V lammability Classification IEC V-0 V-0 HB Min. Thickness Tested mm lammability Classification UL94 V-0 V-0 HB Min. Thickness Tested UL94 mm V Min. Thickness Tested IEC mm UL94 5V Min. Thickness Tested UL94 mm Oxygen Index ISO /-2 % Glow Wire lammability Index IEC C 700 Glow Wire lammability Index 0.75mm IEC C mm IEC C Glow Wire Ignition Temperature High Amperage Arc Ignition Resistance 0.75mm UL 746A arcs > mm 0.85mm 0.88mm 6.0mm Hot Wire Ignition 0.75mm UL 746A s mm 0.85mm 0.88mm mm Unreinforced, Toughened Test temperatures are 23 C (73 ) unless otherwise stated. 11
16 Temperature Index Other Processing S660R BK507 Unreinforced, R S660R Unreinforced, Toughened ST820 BK503 ST820 RTI, Electrical 0.75mm UL 746B C mm 0.85mm 0.88mm RTI, Impact 0.75mm UL 746B C mm 0.85mm 0.88mm RTI, Strength 0.75mm UL 746B C mm 0.85mm 0.88mm Density ISO 1183 kg/m g/cm Ball Indention Hardness H 358/30 ISO MPa Ball Indention Hardness H 961/30 ISO MPa Hardness, Rockwell Scale R ISO 2039/ Water Absorption Equilibrium 50%RH ISO 62, Similar % 0.12 Immersion 24h Saturation, immersed to 0.31 Molding Shrinkage Normal, 2.0mm ISO % Parallel, 2.0mm Melt Temperature Range C Melt Temperature Optimum C Mold Temperature Range C Mold Temperature Optimum C Drying Time, Dehumidified Dryer h Drying Temperature C Processing Moisture Content % <0.04 <0.04 <0.04 <0.04 Snake low 100MPa, 7 x 2mm mm 300 in MPa, 5x0.30mm mm 7 in MPa, 5x0.50mm mm 18 in MPa, 5x0.75mm mm 47 in MPa, 5x1.00mm mm 77 in 3 Test temperatures are 23 C (73 ) unless otherwise stated. 12
17 Unreinforced, Toughened, R Wear & riction Blow Molding Mechanical Thermal ST830R BK507 ST830RUV S600L BM6450XD BK560 Resin Identification ISO 1043 PBT-HIR(17) PBT-HIR(17) PBT PBT- Part Marking Code ISO >PBT-HIR(17)< >PBT-HIR(17)< >PBT< >PBT-< Yield Stress ISO 527 MPa Yield Strain ISO 527 % Strain at Break 50mm/min ISO 527 % 25 >100 Nominal Strain at Break ISO 527 % >50 Tensile Modulus ISO 527 MPa Tensile Creep Modulus 1h ISO 899 MPa 1000h MPa lexural Modulus ISO 178 MPa lexural Strength ISO 178 MPa Notched Charpy Impact -40ºC (-40º) ISO 179/1eA kj/m ºC (-22º) ºC (73º) Unnotched Charpy Impact -40ºC (-40º) ISO 179/1eU kj/m ºC (-22º) NB 23ºC (73º) NB NB 145 NB Deflection Temperature 0.45MPa ISO 75-1/-2 C MPa, Annealed C Deflection Temperature 1.80MPa ISO 75-1/-2 C MPa, Annealed C Melting Temperature 10 C/min ISO /-3 C CLTE, Normal C ISO / C CLTE, Parallel C ISO / C Thermal Conductivity DIN W/m K Btu in/h ft2 Vicat Softening Temperature 10N ISO 306 C N C Hot Ball Pressure Test Plate 3mm IEC C Hot Ball Pressure Test Plate 3mm VDE 0470 C Test temperatures are 23 C (73 ) unless otherwise stated. 13
18 Unreinforced, Toughened, R Wear & riction Blow Molding Electrical lammability ST830R BK507 ST830RUV S600L Surface Resistivity IEC ohm Relative Permittivity 50Hz IEC E2 Hz 1E6 Hz Volume Resistivity IEC ohm m Dissipation actor 50Hz IEC E-4 1E2 Hz 1E6 Hz Electric Strength 1.0mm IEC kv/mm V/mil 2.0mm kv/mm V/mil CTI IEC V CTI UL 746A V >600 >600 lammability Classification IEC V-0 V-0 HB Min. Thickness Tested mm lammability Classification UL94 V-0 V-0 Min. Thickness Tested UL94 mm IEC VA 5V Min. Thickness Tested mm 2.7 UL94 5V Min. Thickness Tested UL94 mm Oxygen Index ISO /-2 % Glow Wire lammability Index IEC C Glow Wire lammability Index 0.75mm IEC C 0.75mm IEC C Glow Wire Ignition Temperature High Amperage Arc Ignition Resistance 0.75mm UL 746A arcs 0.81mm 0.85mm > mm >150 > mm Hot Wire Ignition 0.75mm UL 746A s 0.81mm 0.85mm mm mm BM6450XD BK560 Test temperatures are 23 C (73 ) unless otherwise stated. 14
19 Unreinforced, Toughened, R Wear & riction Blow Molding Temperature Index Other Processing ST830R BK507 ST830RUV S600L BM6450XD BK560 RTI, Electrical 0.75mm UL 746B C 0.81mm 0.85mm mm RTI, Impact 0.75mm UL 746B C 0.81mm 0.85mm mm RTI, Strength 0.75mm UL 746B C 0.81mm 0.85mm mm Density ISO 1183 kg/m g/cm Ball Indention Hardness H 358/30 ISO MPa Ball Indention Hardness H 961/30 ISO MPa Hardness, Rockwell Scale R ISO 2039/2 Water Absorption Equilibrium 50%RH ISO 62, Similar % 0.2 Immersion 24h Saturation, immersed to 0.4 Molding Shrinkage Normal, 2.0mm ISO % Parallel, 2.0mm Melt Temperature Range C Melt Temperature Optimum C Mold Temperature Range C Mold Temperature Optimum C Drying Time, Dehumidified Dryer h Drying Temperature C Processing Moisture Content % <0.04 <0.04 <0.04 <0.02 Snake low 100MPa, 7 x 2mm mm in 90MPa, 5x0.30mm mm in 90MPa, 5x0.50mm mm in 90MPa, 5x0.75mm mm in 90MPa, 5x1.00mm mm in Test temperatures are 23 C (73 ) unless otherwise stated. 15
20 Thermal Mechanical HR5315H BK503 Improved Hydrolysis Resistance HR5315H HR5330H BK503 HR5330H Resin Identification ISO 1043 PBT-IG15 PBT-IG15 PBT-IG30 PBT-IG30 Part Marking Code ISO >PBT-IG15< >PBT-IG15< >PBT-IG30< >PBT-IG30< Stress at Break ISO 527 MPa Strain at Break ISO 527 % Tensile Modulus ISO 527 MPa Tensile Creep Modulus 1h ISO 899 MPa 1000h MPa lexural Modulus ISO 178 MPa lexural Strength ISO 178 MPa Notched Charpy Impact -40ºC (-40º) ISO 179/1eA kj/m2-30ºc (-22º) ºC (73º) Unnotched Charpy Impact -40ºC (-40º) ISO 179/1eU kj/m2-30ºc (-22º) 23ºC (73º) Deflection Temperature 0.45MPa ISO 75-1/-2 C MPa, Annealed C Deflection Temperature 1.80MPa ISO 75-1/-2 C MPa, Annealed C Melting Temperature 10 C/min ISO /-3 C CLTE, Normal C ISO / C CLTE, Parallel C ISO / C Thermal Conductivity DIN W/m K Btu in/h ft2 Vicat Softening Temperature 10N ISO 306 C 50N C Hot Ball Pressure Test Plate 3mm IEC C Hot Ball Pressure Test Plate 3mm VDE 0470 C Test temperatures are 23 C (73 ) unless otherwise stated. 16
21 HR5315H BK503 Improved Hydrolysis Resistance HR5315H HR5330H BK503 HR5330H Surface Resistivity IEC ohm 1E17 6E15 Relative Permittivity 50Hz IEC E2 Hz 3.8 1E6 Hz 3.7 Volume Resistivity IEC ohm m >1E13 1E15 Electrical lammability Dissipation actor 50Hz IEC E-4 1E2 Hz E6 Hz Electric Strength 1.0mm IEC kv/mm V/mil 2.0mm kv/mm V/mil CTI IEC V 325 CTI UL 746A V lammability Classification HB HB IEC Min. Thickness Tested mm lammability Classification UL94 HB HB Min. Thickness Tested UL94 mm IEC V Min. Thickness Tested mm UL94 5V Min. Thickness Tested UL94 mm Oxygen Index ISO /-2 % 20 Glow Wire lammability Index IEC C Glow Wire lammability Index 0.75mm IEC C 0.75mm IEC C Glow Wire Ignition Temperature High Amperage Arc Ignition Resistance 0.75mm UL 746A arcs 6.0mm Hot Wire Ignition 0.75mm UL 746A s 6.0mm Test temperatures are 23 C (73 ) unless otherwise stated. 17
22 Temperature Index Other Processing HR5315H BK503 Improved Hydrolysis Resistance HR5315H HR5330H BK503 HR5330H RTI, Electrical 0.75mm UL 746B C RTI, Impact 0.75mm UL 746B C RTI, Strength 0.75mm UL 746B C 2.0mm Density ISO 1183 kg/m g/cm Ball Indention Hardness H 358/30 ISO MPa Ball Indention Hardness H 961/30 ISO MPa Hardness, Rockwell Scale R ISO 2039/ Water Absorption Equilibrium 50%RH ISO 62, Similar % Immersion 24h to 0.08 Saturation, immersed Molding Shrinkage Normal, 2.0mm ISO % Parallel, 2.0mm Melt Temperature Range C Melt Temperature Optimum C Mold Temperature Range C Mold Temperature Optimum C Drying Time, Dehumidified Dryer h Drying Temperature C Processing Moisture Content % <0.04 <0.04 <0.04 <0.04 Snake low 100MPa, 7 x 2mm mm in 90MPa, 5x0.30mm mm in 90MPa, 5x0.50mm mm in 90MPa, 5x0.75mm mm in 90MPa, 5x1.00mm mm in Test temperatures are 23 C (73 ) unless otherwise stated. 18
23 Thermal Mechanical LW9020 BK580 LW9020 Low Warp Alloys LW9020R LW9020R Resin Identification ISO 1043 PBT+ASA-G20 PBT+ASA-G20 PBT+ASA-G20R(17) PBT+ASA-G20R(17) Part Marking Code ISO >PBT+ASA-G20< >PBT+ASA-G20< >PBT+ASA-G20R(17)< >PBT+ASA-G20R(17)< Stress at Break ISO 527 MPa Strain at Break ISO 527 % Tensile Modulus ISO 527 MPa Tensile Creep Modulus 1h ISO 899 MPa h MPa lexural Modulus ISO 178 MPa lexural Strength ISO 178 MPa Notched Charpy Impact -40ºC (-40º) ISO 179/1eA kj/m2-30ºc (-22º) ºC (73º) Unnotched Charpy Impact -40ºC (-40º) ISO 179/1eU kj/m2-30ºc (-22º) ºC (73º) Deflection Temperature 0.45MPa ISO 75-1/-2 C MPa, Annealed C Deflection Temperature 1.80MPa ISO 75-1/-2 C MPa, Annealed C Melting Temperature 10 C/min ISO /-3 C CLTE, Normal C ISO / C CLTE, Parallel C ISO / C Thermal Conductivity DIN W/m K Btu in/h ft Vicat Softening Temperature 10N ISO 306 C N C Hot Ball Pressure Test Plate 3mm IEC C Hot Ball Pressure Test Plate 3mm VDE 0470 C Test temperatures are 23 C (73 ) unless otherwise stated. 19
24 LW9020 BK580 LW9020 Low Warp Alloys LW9020R LW9020R Surface Resistivity IEC ohm 1E14 1E14 Relative Permittivity 50Hz IEC E2 Hz E6 Hz Volume Resistivity IEC ohm m >1E13 >1E13 Electrical lammability Dissipation actor 50Hz IEC E-4 1E2 Hz E6 Hz Electric Strength 1.0mm IEC kv/mm V/mil mm kv/mm V/mil CTI IEC V CTI UL 746A V lammability Classification HB HB V-0 V-0 IEC Min. Thickness Tested mm lammability Classification UL94 HB HB V-0 V-0 Min. Thickness Tested UL94 mm IEC V Min. Thickness Tested mm UL94 5V Min. Thickness Tested UL94 mm Oxygen Index ISO /-2 % Glow Wire lammability Index IEC C Glow Wire lammability Index 0.75mm IEC C 0.75mm IEC C Glow Wire Ignition Temperature High Amperage Arc Ignition Resistance 0.75mm UL 746A arcs mm 20 Hot Wire Ignition 0.75mm UL 746A s mm 150 Test temperatures are 23 C (73 ) unless otherwise stated. 20
25 Temperature Index Other Processing LW9020 BK580 LW9020 Low Warp Alloys LW9020R LW9020R RTI, Electrical 0.75mm UL 746B C RTI, Impact 0.75mm UL 746B C RTI, Strength 0.75mm UL 746B C mm Density ISO 1183 kg/m g/cm Ball Indention Hardness H 358/30 ISO MPa Ball Indention Hardness H 961/30 ISO MPa Hardness, Rockwell Scale R ISO 2039/2 Water Absorption Equilibrium 50%RH ISO 62, Similar % Immersion 24h Saturation, immersed to Molding Shrinkage Normal, 2.0mm ISO % Parallel, 2.0mm Melt Temperature Range C Melt Temperature Optimum C Mold Temperature Range C Mold Temperature Optimum C Drying Time, Dehumidified Dryer h Drying Temperature C Processing Moisture Content % <0.04 <0.04 <0.04 <0.04 Snake low 100MPa, 7 x 2mm mm in MPa, 5x0.30mm mm in MPa, 5x0.50mm mm in MPa, 5x0.75mm mm in MPa, 5x1.00mm mm in Test temperatures are 23 C (73 ) unless otherwise stated. 21
26 Thermal Mechanical LW9030 LW9030 Low Warp Alloys LW9030R LW9030R Resin Identification ISO 1043 PBT+ASA-G30 PBT+ASA-G30 PBT+ASA-G30R(17) PBT+ASA-G30R(17) Part Marking Code ISO >PBT+ASA-G30< >PBT+ASA-G30< >PBT+ASA-G30R(17)>PBT+ASA-G30R(17)< Stress at Break ISO 527 MPa Strain at Break ISO 527 % Tensile Modulus ISO 527 MPa Tensile Creep Modulus 1h ISO 899 MPa h MPa lexural Modulus ISO 178 MPa lexural Strength ISO 178 MPa Notched Charpy Impact -40ºC (-40º) ISO 179/1eA kj/m2-30ºc (-22º) ºC (73º) Unnotched Charpy Impact -40ºC (-40º) ISO 179/1eU kj/m2-30ºc (-22º) ºC (73º) Deflection Temperature 0.45MPa ISO 75-1/-2 C MPa, Annealed C Deflection Temperature 1.80MPa ISO 75-1/-2 C MPa, Annealed C Melting Temperature 10 C/min ISO /-3 C CLTE, Normal C ISO / C CLTE, Parallel C ISO / C Thermal Conductivity DIN W/m K Btu in/h ft Vicat Softening Temperature 10N ISO 306 C N C Hot Ball Pressure Test Plate 3mm IEC C Hot Ball Pressure Test Plate 3mm VDE 0470 C Test temperatures are 23 C (73 ) unless otherwise stated. 22
27 LW9030 LW9030 Low Warp Alloys LW9030R LW9030R Surface Resistivity IEC ohm 1E14 1E14 Relative Permittivity 50Hz IEC E2 Hz E6 Hz Volume Resistivity IEC ohm m >1E13 >1E13 Electrical lammability Dissipation actor 50Hz IEC E-4 1E2 Hz E6 Hz Electric Strength 1.0mm IEC kv/mm V/mil mm kv/mm V/mil CTI IEC V CTI UL 746A V lammability Classification HB HB V-0 V-0 IEC Min. Thickness Tested mm lammability Classification UL94 HB HB V-0 V-0 Min. Thickness Tested UL94 mm VA IEC V Min. Thickness Tested mm 2.0 UL94 5VA 5V Min. Thickness Tested UL94 mm 2.0 Oxygen Index ISO /-2 % Glow Wire lammability Index IEC C Glow Wire lammability Index 0.75mm IEC C 0.75mm IEC C Glow Wire Ignition Temperature High Amperage Arc Ignition Resistance 0.75mm UL 746A arcs mm Hot Wire Ignition 0.75mm UL 746A s mm Test temperatures are 23 C (73 ) unless otherwise stated. 23
28 Other Processing LW9030 LW9030 Low Warp Alloys LW9030R LW9030R RTI, Impact 0.75mm UL 746B C RTI, Strength 0.75mm UL 746B C mm Density ISO 1183 kg/m g/cm Ball Indention Hardness H 358/30 ISO MPa Ball Indention Hardness H 961/30 ISO MPa Hardness, Rockwell Scale R ISO 2039/2 Water Absorption Equilibrium 50%RH ISO 62, Similar % Immersion 24h Saturation, immersed to Molding Shrinkage Normal, 2.0mm ISO % Parallel, 2.0mm Melt Temperature Range C Melt Temperature Optimum C Mold Temperature Range C Mold Temperature Optimum C Drying Time, Dehumidified Dryer h Drying Temperature C Processing Moisture Content % <0.04 <0.04 <0.04 <0.04 Snake low 100MPa, 7 x 2mm mm in MPa, 5x0.30mm mm in MPa, 5x0.50mm mm in MPa, 5x0.75mm mm in MPa, 5x1.00mm mm in Test temperatures are 23 C (73 ) unless otherwise stated. 24
29 Thermal Mechanical LW9320 LW9320 Low Warp Alloys LW9330 LW9330 Resin Identification ISO 1043 PBT+SAN-G20 PBT+SAN-G20 PBT+SAN-G30 PBT+SAN-G30 Part Marking Code ISO >PBT+SAN-G20< >PBT+SAN-G20< >PBT+SAN-G30< >PBT+SAN-G30< Stress at Break ISO 527 MPa Strain at Break ISO 527 % Tensile Modulus ISO 527 MPa Tensile Creep Modulus 1h ISO 899 MPa 1000h MPa lexural Modulus ISO 178 MPa lexural Strength ISO 178 MPa Notched Charpy Impact -40ºC (-40º) ISO 179/1eA kj/m2 9-30ºC (-22º) 8 23ºC (73º) Unnotched Charpy Impact -40ºC (-40º) ISO 179/1eU kj/m ºC (-22º) 50 23ºC (73º) Deflection Temperature 0.45MPa ISO 75-1/-2 C 0.45MPa, Annealed C Deflection Temperature 1.80MPa ISO 75-1/-2 C MPa, Annealed C Melting Temperature 10 C/min ISO /-3 C CLTE, Normal C ISO / C CLTE, Parallel C ISO / C Thermal Conductivity DIN W/m K Btu in/h ft2 Vicat Softening Temperature 10N ISO 306 C 50N C Hot Ball Pressure Test Plate 3mm IEC C Hot Ball Pressure Test Plate 3mm VDE 0470 C Test temperatures are 23 C (73 ) unless otherwise stated. 25
30 Low Warp Alloys Surface Resistivity IEC ohm Relative Permittivity 50Hz IEC E2 Hz 1E6 Hz Volume Resistivity IEC ohm m LW9320 LW9320 LW9330 LW9330 Electrical lammability Dissipation actor 50Hz IEC E-4 1E2 Hz 1E6 Hz Electric Strength 1.0mm IEC kv/mm V/mil 2.0mm kv/mm V/mil CTI IEC V CTI UL 746A V lammability Classification HB HB HB HB IEC Min. Thickness Tested mm lammability Classification UL94 HB HB HB HB Min. Thickness Tested UL94 mm IEC V Min. Thickness Tested mm UL94 5V Min. Thickness Tested UL94 mm Oxygen Index ISO /-2 % Glow Wire lammability Index IEC C Glow Wire lammability Index 0.75mm IEC C mm IEC C Glow Wire Ignition Temperature High Amperage Arc Ignition Resistance mm UL 746A arcs > > > mm Hot Wire Ignition 0.75mm UL 746A s > mm Test temperatures are 23 C (73 ) unless otherwise stated. 26
31 Temperature Index Other Processing LW9320 LW9320 Low Warp Alloys LW9330 LW9330 RTI, Electrical 0.75mm UL 746B C RTI, Impact 0.75mm UL 746B C RTI, Strength 0.75mm UL 746B C mm Density ISO 1183 kg/m g/cm Ball Indention Hardness H 358/30 ISO MPa Ball Indention Hardness H 961/30 ISO MPa Hardness, Rockwell Scale R ISO 2039/2 Water Absorption Equilibrium 50%RH ISO 62, Similar % Immersion 24h Saturation, immersed to Molding Shrinkage Normal, 2.0mm ISO % Parallel, 2.0mm Melt Temperature Range C Melt Temperature Optimum C Mold Temperature Range C Mold Temperature Optimum C Drying Time, Dehumidified Dryer h Drying Temperature C Processing Moisture Content % <0.04 <0.04 <0.04 <0.04 Snake low 100MPa, 7 x 2mm mm in 90MPa, 5x0.30mm mm in MPa, 5x0.50mm mm in MPa, 5x0.75mm mm in MPa, 5x1.00mm mm in Test temperatures are 23 C (73 ) unless otherwise stated. 27
32 Thermal Mechanical SK601 SK601 SK602 Glass Reinforced SK602 SK603 SK603 Resin Identification ISO 1043 PBT-G10 PBT-G10 PBT-G15 PBT-G15 PBT-G20 PBT-G20 Part Marking Code ISO >PBT-G10< >PBT-G10< >PBT-G15< >PBT-G15< >PBT-G20< >PBT-G20< Stress at Break ISO 527 MPa Strain at Break ISO 527 % Tensile Modulus ISO 527 MPa Tensile Creep Modulus 1h ISO 899 MPa h MPa lexural Modulus ISO 178 MPa lexural Strength ISO 178 MPa Notched Charpy Impact -40ºC (-40º) ISO 179/1eA kj/m2 7-30ºC (-22º) ºC (73º) Unnotched Charpy Impact -40ºC (-40º) ISO 179/1eU kj/m ºC (-22º) ºC (73º) Deflection Temperature 0.45MPa ISO 75-1/-2 C MPa, Annealed C Deflection Temperature 1.80MPa ISO 75-1/-2 C MPa, Annealed C Melting Temperature 10 C/min ISO /-3 C CLTE, Normal C ISO / C CLTE, Parallel C ISO / C Thermal Conductivity DIN W/m K Btu in/h ft Vicat Softening Temperature 10N ISO 306 C N C Hot Ball Pressure Test Plate 3mm IEC C Hot Ball Pressure Test Plate 3mm VDE 0470 C Test temperatures are 23 C (73 ) unless otherwise stated. 28
33 SK601 SK601 SK602 Glass Reinforced SK602 SK603 SK603 Surface Resistivity IEC ohm >1E14 1E15 1E15 Relative Permittivity 50Hz IEC E2 Hz E6 Hz Volume Resistivity IEC ohm m >1E13 >1E13 >1E13 Electrical lammability Dissipation actor 50Hz IEC E E2 Hz E6 Hz Electric Strength 1.0mm IEC kv/mm V/mil mm kv/mm V/mil CTI IEC V CTI UL 746A V lammability Classification HB HB HB HB HB HB IEC Min. Thickness Tested mm lammability Classification UL94 HB HB HB HB HB HB Min. Thickness Tested UL94 mm IEC V Min. Thickness Tested mm UL94 5V Min. Thickness Tested UL94 mm Oxygen Index ISO /-2 % Glow Wire lammability Index IEC C Glow Wire lammability Index 0.75mm IEC C 0.75mm IEC C Glow Wire Ignition Temperature High Amperage Arc Ignition Resistance 0.75mm UL 746A arcs mm Hot Wire Ignition 0.75mm UL 746A s mm Test temperatures are 23 C (73 ) unless otherwise stated. 29
34 Temperature Index Other Processing SK601 SK601 SK602 Glass Reinforced SK602 SK603 SK603 RTI, Electrical 0.75mm UL 746B C RTI, Impact 0.75mm UL 746B C RTI, Strength 0.75mm UL 746B C mm Density ISO 1183 kg/m g/cm Ball Indention Hardness H 358/30 ISO MPa Ball Indention Hardness H 961/30 ISO MPa Hardness, Rockwell Scale R ISO 2039/2 Water Absorption Equilibrium 50%RH ISO 62, Similar % Immersion 24h to Saturation, immersed Molding Shrinkage Normal, 2.0mm ISO % Parallel, 2.0mm Melt Temperature Range C Melt Temperature Optimum C Mold Temperature Range C Mold Temperature Optimum C Drying Time, Dehumidified Dryer h Drying Temperature C Processing Moisture Content % <0.04 <0.04 <0.04 <0.04 <0.04 <0.04 Snake low 100MPa, 7 x 2mm mm in MPa, 5x0.30mm mm in MPa, 5x0.50mm mm in MPa, 5x0.75mm mm in MPa, 5x1.00mm mm in Test temperatures are 23 C (73 ) unless otherwise stated. 30
35 Glass Reinforced Glass Bead Thermal Mechanical SK605 SK605 SK608 BK509 SK609 SK609 SO653 Resin Identification ISO 1043 PBT-G30 PBT-G30 PBT-G45 PBT-G50 PBT-G50 PBT-GB20 Part Marking Code ISO >PBT-G30< >PBT-G30< >PBT-G45< >PBT-G50< >PBT-G50< >PBT-GB20< Stress at Break ISO 527 MPa Strain at Break ISO 527 % Tensile Modulus ISO 527 MPa Tensile Creep Modulus 1h ISO 899 MPa h MPa lexural Modulus ISO 178 MPa lexural Strength ISO 178 MPa Notched Charpy Impact -40ºC (-40º) ISO 179/1eA kj/m ºC (-22º) ºC (73º) Unnotched Charpy Impact -40ºC (-40º) ISO 179/1eU kj/m ºC (-22º) ºC (73º) Deflection Temperature 0.45MPa ISO 75-1/-2 C MPa, Annealed C Deflection Temperature 1.80MPa ISO 75-1/-2 C MPa, Annealed C Melting Temperature 10 C/min ISO /-3 C CLTE, Normal C ISO / C CLTE, Parallel C ISO / C Thermal Conductivity DIN W/m K Btu in/h ft Vicat Softening Temperature 10N ISO 306 C N C Hot Ball Pressure Test Plate 3mm IEC C Hot Ball Pressure Test Plate 3mm VDE 0470 C Test temperatures are 23 C (73 ) unless otherwise stated. 31
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