PVDF Product characteristics High tempearture resistance Exellent chemical resistance Very good ageing resistance Product applications Clean room and semi conductor industry Chemical engineering and tank building
General properties Density Water absorption Flammability (thickness 3mm/ 6mm)
Test method DIN EN ISO 1183-1 DIN EN ISO 62 UL 94
Unit g/cm³ %
Value >1,75 <0,4 V0
Mechanical properties Yield stress Elongation at break Tensile modulus of elasticity Notched impact strength Shore hardness Thermal properties Melting temperature Thermal conductivity Thermal capacity Coefficent of linear thermal expansion Service temperature, long term Service temperature, short term (max.) Vicat softening temperature Electrical properties Dielectric constant Dielectric dissipation factor (106Hz) Volume resistivity Surface resistivity Comparative tracking index Dielectric strenght
Test method DIN EN ISO 527 DIN EN ISO 527 DIN EN ISO 527 DIN EN ISO 179 DIN EN ISO 868 Test method ISO 11357-3 DIN 52612-1 DIN 52612 DIN 53752 Average Average DIN EN ISO 306, Vicat B Test method IEC 60250 IEC 60250 DIN EN 62631-3-1 DIN EN 62631-3-2 IEC 60112 IEC 60243
Unit MPa % MPa kJ / m2 scale D Unit °C W /(m • K) kJ /(kg• K) 10¯⁶/k °C °C °C Unit Ω * cm Ω
Value >50 >30 >2100 >13 >75 Value 172…175 0,19 1,20 100…140 0…140 >145 140 Value 8,0 0,2 >1014 >1014 600 20
kV/mm
Material data is collected in good faith from our suppliers, alternatively from raw material manufacturers, and may differ depending on the test method used. To ensure the respective value. Nordic Plastics Group disclaims all responsibility in connection with the use of the data
Nordic Polytech Group, Omvägen 17, SE-231 61 Trelleborg, Sweden. Tel +46 (0)10-707 80 00 www.npgroup.se Version: 2022