SpiralFlow3.

内部方法

CM

2

density

ASTMD792

g/cm³

1

density

23°C

ISO1183

g/cm³

1

Melt mass flow rate

260°C/5.0kg

ASTMD1238

g/10min

2

Melt mass flow rate

260°C/5.0kg

ISO1133

g/10min

2

Shrinkage rate

MD

ASTMD955

%

0

Shrinkage rate

ISO2577

%

0

FlexuralStrength

23°C

ASTMD790

Mpa

7

Impact strength of simply supported beam gap

-30°C

ISO179

kJ/m²

4

Impact strength of simply supported beam gap

23°C

ISO179

kJ/m²

5

Tensile strength

Yield,23°C

ASTMD638

Mpa

5

tensile strength

屈服

ISO527-2/50

Mpa

5

tensile strength

断裂

ISO527-2/50

Mpa

5

Tensile strain

Break,23°C

ASTMD638

%

9

elongation

断裂

ISO527-2/50

%

1

Bending modulus

23°C

ASTMD790

Mpa

2

Bending modulus

ISO178

Mpa

2

Bending stress

ISO178

Mpa

8

Impact strength of cantilever beam gap

-30°C,3.18mm

ASTMD256

J/m

4

Impact strength of cantilever beam gap

23°C,3.18mm

ASTMD256

J/m

5

Suspended wall beam gap impact strength

-30°C

ISO180

kJ/m²

4

Suspended wall beam gap impact strength

23°C

ISO180

kJ/m²

5

Hot deformation temperature

1.8MPa,未退火,3.20mm

ASTMD648

°C

1

Hot deformation temperature

1.8MPa,未退火,6.40mm

ASTMD648

°C

1

Hot deformation temperature

1.8MPa,Unannealed,4.00mm

ISO75-2/A

°C

1

vicat softening point

--

ASTMD152510

°C

1

vicat softening point

--

ASTMD152511

°C

1

vicat softening point

--

ISO306/A50

°C

1

vicat softening point

--

ISO306/B50

°C

1

Linear coefficient of thermal expansion

MD：-40到40°C

ASTME831

cm/cm/°C

7

Linear coefficient of thermal expansion

MD：23到55°C

ISO11359-2

cm/cm/°C

7

Surface resistivity

IEC60093

ohms

1

Volume resistivity

IEC60093

ohms·cm

1