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Comparison of PET-A, -G, -GAG, -S, -BO

The various PET-types are differ in theirs ability of deep drawing and theirs gas permeability. PET-G, -A, -S and the combinations are used for deep drawing. By contrast the biaxial oriented PET is more heat resistant. That is  the reason, that the PET-types be selected per application and properties. In some cases the PET-types are used in combinations.

PET - A
physical - mechanical propertiesinspection methodvalue
densityDIN 534791,33 g/cm³
impact resistanceDIN 53448≥ 460 KJ/m²
tensile strengthDIN 5345555 N/mm²
elongation at breakDIN 53455350 %
modules of elasticityDIN 534572200 Mpa
melting point - -255 °C
heat conduction (20°C)VDE 0304 Teil 10,22 Kcal/ m.h.°C
shrinkage (30' at 50°C)DIN 533770 %
shrinkage (30' at 70°C)DIN 406340,2 %

gas permeability

N2 (250 µm/20°C)DIN 533801,3 cm³/m².24h.bar
O2 (250 µm/20°C)DIN 533808,5 cm³/m².24h.bar
CO2 (250 µm/20°C)DIN 5338016,0 cm³/m².24h.bar
H2O-vapour (250 µm/20°C)DIN 531221,4 cm³/m².24h
specifications
thickness tolerance≤+5%
colourtransparent / tinted
colouringon appointment
surface tensionDIN 5337038 mN/cm
plasma pretreatmentDIN 5337056 mN/cm
processing specifications
printingpossible
deep drawingsuitable
tool temperature≥ 30 ≤ 40 °C
deformation temperature120°C
weldingHF/ ultrasonic
gluinghotmelt adhesive, multi componet adhesive
EEC directive 90/128, 92/39, 93/9, 95/3, 96II (EU)conform
PET - G
physical -mechanical propertiesinspection methodevalue
densityDIN 534791,27 g/cm³
impact resistanceDIN 53448≥ 500KJ/m²
tensile strengthDIN 5345555 N/mm²
elongation at breakDIN 53455350 %
modules of elasticityDIN 534572200 Mpa
melting point - -230 °C
heat conduction (20°C)VDE 0304 Teil 10,22 Kcal/ m.h.°C
shrinkage (30' bei 50°C)DIN 533770 %
shrinkage (30' bei 70°C)DIN 406340 %
gas permeability
N2 (250 µm/20°C)DIN 533804 cm³/m².24h.bar
O2 (250 µm/20°C)DIN 5338010 cm³/m².24h.bar
CO2 (250 µm/20°C)DIN 53380300 cm³/m².24h.bar
H2O-vapour (250 µm/20°C)DIN 531224,5 cm³/m².24h
specificationen
thickness tolerance≤+5%
colourtransparent / tinted
colouringon apointment
surface tensionDIN 5337040 mN/cm
plasma pretreatmentDIN 5337056 mN/cm
processing specifications
printingall techniques
deep drawingsuitable
tool temperature≥ 30 °C
deformation temperature≥ 120°C
weldingall techniques
gluingwith thinner possible
EEC directive 90/128, 92/39, 93/9, 95/3, 96II (EU)conform
PET - GAG
physicali - mechanical propertiesinspection methodevalue
densityDIN 534791,32 g/cm³
impact resistanceDIN 53448≥ 480 KJ/m²
tensile strengthDIN 5345550 N/mm²
elongation at breakDIN 53455350 %
modules of elasticityDIN 534572200 Mpa
melting point - -255 °C
heat conduction (20°C)VDE 0304 Teil 10,22 Kcal/ m.h.°C
shrinkage (30' at 50°C)DIN 533770 %
shrinkage(30' at 70°C)DIN 406340,2 %
gas permeability
N2 (250 µm/20°C)DIN 533801,6 cm³/m².24h.bar
O2 (250 µm/20°C)DIN 533809 cm³/m².24h.bar
CO2 (250 µm/20°C)DIN 5338020,0 cm³/m².24h.bar
H2O-vapour (250 µm/20°C)DIN 531221,6 cm³/m².24h
specifications
thickness tolerance≤+5%
colourtransparent / tinted
colouringon appointment
surface tensionDIN 5337040 mN/cm
plasma pretreatmentDIN 5337056 mN/cm
processing specifications
printingall techniques
deep drawingsuitable
 tool temperature≥ 30 °C
deformation temperature100 - 125 °C
weldingall techniques
gluingwith thinner possible
EEC directive 90/128, 92/39, 93/9, 95/3, 96II (EU)conform
PET - S
physical - mechanical propertiesinspection methodevalue
densityDIN 534791,21 g/cm³
impact resistanceDIN 53448≥ 1000 KJ/m²
tensile strengthDIN 5345560 N/mm²
elongation at breakDIN 53455205 %
modules of elasticityDIN 534571800 Mpa
melting point - -250 °C
heat conduction (20°C)VDE 0304 Teil 10,22 Kcal/ m.h.°C
shrinkage (30' at 50°C)DIN 533770 %
shrinkage (30' at 70°C)DIN 406340 %
gas permeability
N2 (250 µm/20°C)DIN 533801,6 cm³/m².24h.bar
O2 (250 µm/20°C)DIN 533809 cm³/m².24h.bar
CO2 (250 µm/20°C)DIN 5338020 cm³/m².24h.bar
H2O-vapour (250 µm/20°C)DIN 531221,6 cm³/m².24h
specificationen
thickness tolerance≤+5%
colourtransparent/ tinted
colouringon appointment
surface tensionDIN 5337040 mN/cm
plasma pretreatmentDIN 5337056 mN/cm
processin specifications
printing- -
deep drawingsuitable
tool temperature≥ 30 °C
deformation temperature≥ 120°C
weldingall techniques
gluingwith thinner possible
EEC directive 90/128, 92/39, 93/9, 95/3, 96II (EU)conform
PET - BO
physical - mechanical propertiesinspection methodevalue
densitiyDIN 534791,39 g/cm³
impact resistanceDIN 534480,0013 - 0,0021 KJ/m² 
tensile strengthDIN 53455200 - 280 N/mm²
elongation at breakDIN 5345580 - 110 %
modules of elasticityDIN 534574500 - 7000 Mpa
melting point - -260 °C
heat conduction (20°C)VDE 0304 Teil 10,13 Kcal/ m.h.°C
shrinkage (30' at 50°C)DIN 53377- -
shrinkage (30' at 70°C)DIN 40634- -
pas permeability
N2 (250 µm/20°C)DIN 5338020 cm³/m².24h.bar
O2 (250 µm/20°C)DIN 5338070 cm³/m².24h.bar
CO2 (250 µm/20°C)DIN 53380240 cm³/m².24h.bar
H2O-vapour (250 µm/20°C)DIN 531228 cm³/m².24h
specifications
 thickness tolerance≤+5%
colourcrystal clear / clear /
milky-white
colouringwhite
surface tensionDIN 5337046 mN/cm
plasma prestreatmentDIN 53370- -
processing specifications
printingpossible (UV-printing)
deep drawingno
tool temperature- -
deformation temperature- -
weldingultrasonic
gluing- -
EEC directive 90/128, 92/39, 93/9, 95/3, 96II (EU)conform / possible

Data sheet Comparison of PET-Types