Infino WP-1089

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Properties Test condition Method Unit Value
Physical Specific Gravity Natural or Representative Color ISO 1183 - 1,13
Physical Mold Shrinkage (MD) Flow at 3.2mm(MD) ISO 2577 % 0.5-0.6
Physical Mold Shrinkage (TD) X-Flow at 3.2mm(TD) ISO 2577 % 0.5-0.6
Physical Melt Flow Index 250°C,10kg ISO 1133 g/10min 47
Physical Melt Flow Index 260°C , 5kg ISO 1133 g/10min 27
Mechanical Tensile Strength at Yield 50mm/min ISO 527 MPa 52
Mechanical Tensile Strain at Break 50mm/min ISO 527 % 60
Mechanical Tensile Modulus 50mm/min ISO 527 MPa 2100
Mechanical Tensile Strength at Break 50mm/min ISO 527 MPa 45
Mechanical Flexural Strength 2mm/min ISO 178 MPa 80
Mechanical Flexural Modulus 2mm/min ISO 178 MPa 2200
Mechanical Izod Impact Strength (notched) at 23°C, 4mm ISO 180 1A KJ/m² 46
Mechanical Charpy Impact Strength (V-notched) 23°C, 4mm ISO 179 1eA KJ/m² 51
Mechanical Rockwell Hardness R-scale ISO 2039-2 - 110
Mechanical Izod Impact Strength (unnotched) at 23°C, 4mm ISO 180 1A KJ/m² 32
Thermal Heat Deflection Temperature (unannealed) 1.8 MPa, 4.0mm ISO 75-2 °C 104
Thermal Heat Deflection Temperature (unannealed) 0.45 MPa, 4.0mm ISO 75-2 °C 123
Thermal Heat Deflection Temperature (annealing) 1.8 MPa, 4.0mm ISO 75-2 °C 105
Thermal Heat Deflection Temperature (annealing) 0.45 MPa, 4.0mm ISO 75-2 °C 125
Thermal Vicat Softening Temperature B/50 ISO R 306 °C 126
Thermal Linear Thermal Coefficient Flow at 40~100°C ISO 11359-1/-2 x10^-5 cm/cm/°C 8,1
Thermal Linear Thermal Coefficient X-Flow at 40~100°C ISO 11359-1/-2 x10^-5 cm/cm/°C 8,3