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Tensile Modulusin MPa
Tensile Strengthin MPa
Charpy impact strengthin kJ/mĀ²
554 Compounds found
Recommended Ā 
Tensile Modulus
Tensile Strength
Charpy impact strength
Description

AKROTEKĀ®

Preliminary

PK-VM GF 30 8 black (8783)

PK GF30

AKROTEKĀ® PK-VM GF 30 8 black (8783) - Polyketon, 30% glass fiber, Tribology, friction and wear, chemical resistance, food contact


Modulus

8.100MPa

Strength

130MPa

Impact

65kJ/mĀ²

AKROTEKĀ® PK-VM GF 30 8 black (8783) - Polyketon, 30% glass fiber, Tribology, friction and wear, chemical resistance, food contact

AKROMIDĀ®

UL
Preliminary

NEXT S3 GF 15 1 HU natural (8822)

PA6.10 GF15

AKROMIDĀ® NEXT S3 GF 15 1 natural (8822) - PA6.10 partly bio-based, sustainable, low moisture absorption, high strength and stiffness, high chemical resistance, household, industrial application.


Modulus

5.000MPa

Strength

110MPa

Impact

75kJ/mĀ²

AKROMIDĀ® NEXT S3 GF 15 1 natural (8822) - PA6.10 partly bio-based, sustainable, low moisture absorption, high strength and stiffness, high chemical resistance, household, industrial application.

AKROMIDĀ®

UL

NEXT S3 GF 50 1 HU natural (8826)

PA6.10 GF50

AKROMIDĀ® NEXT S3 GF 50 1 natural (8826) - PA6.10 partly bio-based, sustainable, low moisture absorption, high strength and stiffness, high chemical resistance, household, industrial application.


Modulus

14.500MPa

Strength

200MPa

Impact

100kJ/mĀ²

AKROMIDĀ® NEXT S3 GF 50 1 natural (8826) - PA6.10 partly bio-based, sustainable, low moisture absorption, high strength and stiffness, high chemical resistance, household, industrial application.

AKROMIDĀ®

UL

C3 GF 25 1 FR grey (8605)

PA66+PA6 GF25 FR(40)

AKROMIDĀ® C3 GF 25 1 FR grey (8605) - PA6/6.6 blend, 25% glass fiber, flame retardant, good flowability, high strength, UL-listed, automotive, E&E.


Modulus

9.100MPa

Strength

125MPa

Impact

50kJ/mĀ²

AKROMIDĀ® C3 GF 25 1 FR grey (8605) - PA6/6.6 blend, 25% glass fiber, flame retardant, good flowability, high strength, UL-listed, automotive, E&E.

AKROMIDĀ®

UL

NEXT S3 GF 30 1 HU natural (8824)

PA6.10 GF30

AKROMIDĀ® NEXT S3 GF 30 1 natural (8824) - PA6.10 partly bio-based, sustainable, low moisture absorption, high strength and stiffness, high chemical resistance, household, industrial application.


Modulus

8.600MPa

Strength

160MPa

Impact

100kJ/mĀ²

AKROMIDĀ® NEXT S3 GF 30 1 natural (8824) - PA6.10 partly bio-based, sustainable, low moisture absorption, high strength and stiffness, high chemical resistance, household, industrial application.

AKROMIDĀ®

UL

NEXT S3 GF 30 1 HU black (8825)

PA6.10 GF30

AKROMIDĀ® NEXT S3 GF 30 1 black (8825) - PA6.10 partly bio-based, sustainable, low moisture absorption, high strength and stiffness, high chemical resistance, household, industrial application.


Modulus

8.600MPa

Strength

160MPa

Impact

100kJ/mĀ²

AKROMIDĀ® NEXT S3 GF 30 1 black (8825) - PA6.10 partly bio-based, sustainable, low moisture absorption, high strength and stiffness, high chemical resistance, household, industrial application.

AKROMIDĀ®

A3 GF 25 9 FR black (7957)

PA66 GF25 FR(40)

AKROMIDĀ® A3 GF 25 9 FR black (7957) is a 25% glass fibre reinforced, halogen free flame retardant polyamide 6.6.


Modulus

9.000MPa

Strength

140MPa

Impact

65kJ/mĀ²

AKROMIDĀ® A3 GF 25 9 FR black (7957) is a 25% glass fibre reinforced, halogen free flame retardant polyamide 6.6.

177787980

AKROMIDĀ®

B3 GF 30 1 natural (2464)PA6 GF30

AKROMIDĀ® B3 GF 30 1 natural (2464) is a 30% glass fiber reinforced polyamide 6. It is characterised by a high stiffness and strength. Furthermore, the material is heat stabilised and therefore perfectly suitable for technical parts in industrial engineering and in the automotive industry. The material has a light inherent color.

Features

heat stabilised 130

Properties

Modulus

10.300MPa

Strength

185MPa

Impact

95kJ/mĀ²

Mechanical Properties


Tensile modulus

ISO 527-2

1 mm/min | d.a.m.
1 mm/min | conditioned
10300 MPa
6200 MPa

Tensile stress at break

ISO 527-2

5 mm/min | d.a.m.
5 mm/min | conditioned
185 MPa
110 MPa

Tensile strain at break

ISO 527-2

5 mm/min | d.a.m.
5 mm/min | conditioned
3 %
5,5 %

Flexural modulus

ISO 178

2 mm/min | d.a.m.
2 mm/min | conditioned
9200 MPa
5800 MPa

Flexural strength

ISO 178

2 mm/min | d.a.m.
2 mm/min | conditioned
270 MPa
175 MPa

Flexural strain at break

ISO 178

2 mm/min | d.a.m.
2 mm/min | conditioned
3,7 %
5,6 %

Charpy impact strength

ISO 179-1/1eU

23Ā°C | d.a.m.
23Ā°C | conditioned
30Ā°C | d.a.m.
-
95 kJ/mĀ²
105 kJ/mĀ²
85 kJ/mĀ²

Charpy notched impact strength

ISO 179-1/1eA

23Ā°C | d.a.m.
23Ā°C | conditioned
30Ā°C | d.a.m.
-
13 kJ/mĀ²
18 kJ/mĀ²
12 kJ/mĀ²

Izod notched impact strength

ISO 180/1A

23Ā°C | d.a.m.
14 kJ/mĀ²

Ball indentation hardness

ISO 2039-1

961N/30s | d.a.m.
230 MPa

Thermal Properties


Temperature of deflection under load HDT/A

ISO 75

1,8 MPa
210 Ā°C

Temperature of deflection under load HDT/B

ISO 75

0,45 MPa
220 Ā°C

Temperature of deflection under load HDT/C

ISO 75

8 MPa
150 Ā°C

Melting temperature

ISO 11357-3

DSC, 10K/min
220 Ā°C

Coefficient of linear thermal expansion

ISO 11359-1/2

23Ā°C to 80Ā°C | parallel
23Ā°C to 80Ā°C | transverse
0,16 10ā»ā“/K
0,95 10ā»ā“/K

Temperature index for 50% loss of tensile strength

IEC 60216

5.000 h
20.000 h
160 - 175 Ā°C
130 - 150 Ā°C

Flammability


Burning rate

UL 94

0,8 mm Wall thickness
HB Class

GWFI

IEC 60695-2-12

1,6 mm Wall thickness
650 Ā°C

Burning rate (<100 mm/min)

FMVSS 302

> 1 mm Thickness
+

General properties


Density

ISO 1183

23Ā°C
1,36 g/cmĀ³

Humidity absorption

ISO 1110

70Ā°C, 62% r.H.
2,1 - 2,3 %

Water absorption

ISO 62

23Ā°C, saturated
6,3 - 6,9 %

Molding shrinkage

ISO 294-4

flow
transverse
0,1 - 0,3 %
0,5 - 0,7 %

Electrical Properties


Volume resistivity IEC

DIN EN IEC 62631-3-2

d.a.m.
conditioned
1013 ā„¦ x cm
1010 ā„¦ x cm

Surface resistivity

DIN EN 62631-3-2

d.a.m.
conditioned
1012 ā„¦
1010 ā„¦

Comparative tracking index

IEC 60112

Test liquid A
600 V

Rheological Properties


Flowability

AKRO

2 mm Thickness
480 mm

Disclaimer

All specifications and information given on this website are based on our current knowledge and experience. A legally binding promise of certain characteristics or suitability for a concrete individual case cannot be derived from this information. The information supplied here is not intended to release processors and users from the responsibility of carrying out their own tests and inspections in each concrete individual case. AKROĀ®, AKROMIDĀ®, AKROLENĀ®, AKROLOYĀ®, AKROTEKĀ®, ICXĀ® and PRECITEĀ® are registered trademarks of the Feddersen Group.

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