Specifications
PropertyValueUnit
Thermal Properties
FlameabilityV-0 ClassUL 94, 3.2 mm
Vicat softening temperature310ISO 306, 50N, Method B°C
Heat Deflection temperature205ISO 75-1, 0.45 MPa, Method B°C
Glass transition Temperature151°C
Heat Deflection temperature155ISO 75-1, 1.8 MPa, Method A°C
Vicat softening temperature335ISO 306, 10N, Method A°C
Appearance Properties
Physical stateگرانول
Physical Properties
Density1.3ISO 1183- 23°Cg/mL
Melting point340ISO 11357, DSC - 2nd heating°C
Shrinkage1.1ISO 294-4, 2 mm, Flow%
Melting range360 – 380°C
Shrinkage1.1ISO 294-4, 2 mm, Transverse%
Processing Properties
MFI91380°C/5 kg- ISO 1133g/10min
Mold Temperature160 – 200°C
Drying Temperature160°C
Dry Time240min
Die Temperature380°C
Mechanical Properties
Tensile Stress at yield-MD100ISO 527-1MPa
(Charpy Impact Strength(unnotched3023°CkJ/m2
Charpy Impact Strength (notched)6ISO 179/1eA, -30°C, Complete breakkJ/m2
Tensile modulus-MD3,700,000MPa
Strain at break-MD30ISO 527-2%
Izod impact strength (unnotched)NBISO 179/1eU, -30°CkJ/m2
(Charpy Impact Strength(unnotchedNBISO 179/1eU, 23°CkJ/m2
Electrical Properties
Surface Resistance10^14IEC 60093ohm
Dielectric Strength16IEC 60243-1, K20/P50kV/mm
Comparative Tracking Index200IEC 60112V
Volume resistance10^15×10^11IEC 60093ohm-cm
Dissipation Factor0.005% , IEC 60250, 1 MHz
Relative permittivity2.8IEC 60250, 50 Hz
Relative permittivity2.8IEC 60250, 1 MHz
Chemical Properties
Water absorption0.5ISO 62, 23°C, Saturation%
(LOI) Loss on ignition38ISO 4589, 3.2 mm%
