Polyethylene

Melt flow rate, (2.16 kg) g/10min

0,3-0,4

Density kg/m³

948-952

Tensile yield strength, at 2 inch/min, Mpa

21

Tensile elongation at yield, %

500

Flexural modulus (1% secant), at 1.4 mm/min, Mpa

900

Heat resisitance on Vicka , °C

120

Bell Telephone thermal testing on the breakdown voltage , resistance to cracking when the voltage, at 50 °C

30 h

Melt flow rate, (2.16 kg), g/10min

0,18-0,26

Density, kg/m³

949-953

Tensile yield strength, (2 inch/min) , Mpa

22

Tensile elongation at yield, %

700

Heat resistance on Vicka , Mpa

120

Flexural modulus, Mpa

900

Melt flow rate, (21.6 kg), g/10min

6,5-9,5

Density 23 °C, kg/m³

951-955

Tensile strength at yield longitudinal direction, Mpa

27

Tensile strength at yield in transverse direction, Mpa

25

Tensile strength at break in the longitudinal direction, Mpa

66

Tensile at break in the longitudinal / tranverse direction, %

> 250 / >350

Impact strength, g/10 min

250

Melt flow rate, (2.16 kg) , g/10min

5,4-7,6

Density, kg/m³

951-955

Tensile yield strength, Mpa

24

Tensile elongation at yield, %

800

Flexural modulus ( 1 mm/min ), Mpa

900

Notched izod under load, J/m

57

Heat resisitance on Vicka, °C

120

Melt flow rate, (2.16 kg) , g/10min

4 -5,6

Density, kg/m³

959-963

Tensile yield strength, Mpa

28

Notched izod under load, J/m

55

Flexural modulus ( 1 mm/min ), Mpa

1250

Heat resisitance on Vicka

120 °C

Melt flow rate, (2.16 kg), g/10min

0,25-0,35

Density, kg/m³

957-961

Tensile yield strength, at 2 inch/min, Mpa

21

Tensile elongation at yield, %

600

Heat resisitance on Vicka, °C

120

Bell Telephone thermal testing on the breakdown voltage , resistance to cracking when the voltage, at 50 °C

1000 h