Tensile test date

Tensiletest date:

EngineeringMaterials Acetal 22-10-10

c/hspeed 1. 500 mm/min, 2. 50 mm/min, 3. 10 mm/min

Specimen width b0

Specimen thickness a0

S0

Rp 0.2

E-Modulus

RB

W up to Fmax.

W up to break

Rm

 Fmax.

 Break

Nr

mm

mm

mm²

MPa

MPa

MPa

J

J

MPa

%

%

1

10.49

3.06

32.1

31.08

3150.17

67.33

9.27

15.88

69.42

9.98

15.96

2

9.09

3.03

27.54

36.79

2645.92

57.35

6.51

34.90

67.04

8.38

40.58

3

10.22

3.02

30.86

28.73

3334.35

57.14

7.49

32.51

64.12

8.98

35.13

Series

Specimen width b0

Specimen thickness a0

S0

Rp 0.2

E-Modulus

n = 3

mm

mm

mm²

MPa

MPa

Mean, x

9.933

3.037

30.17

32.20

3043.48

Standard deviation, s

0.7427

0.02082

2.357

4.14

356.40

Coefficient of variation % 

7.48

0.69

7.81

12.87

11.71

EngineeringMaterials PVC 22-10-10

c/hspeed 1. 500 mm/min, 2-3. 50 mm/min, 4. 10 mm/min

Specimen width b0

Specimen thickness a0

S0

Rp 0.2

E-Modulus

RB

W up to Fmax.

W up to break

Rm

 Fmax.

 Break

Nr

mm

mm

mm²

MPa

MPa

MPa

J

J

MPa

%

%

1

10.18

2.97

30.23

34.39

3559.05

35.46

2.32

8.71

62.49

3.51

12.15

2

9.67

3.02

29.2

34.57

3632.55

32.40

2.08

3.91

59.54

3.39

5.51

3

9.81

2.97

29.14

35.08

3464.68

30.47

1.94

9.75

58.64

3.05

15.20

4

9.95

3.02

30.05

34.68

3662.48

33.24

1.86

47.88

56.97

3.03

86.17

2.maybe a defect at the fracture face

Series

Specimen width b0

Specimen thickness a0

S0

Rp 0.2

E-Modulus

n = 4

mm

mm

mm²

MPa

MPa

Mean, x

9.902

2.995

29.66

34.68

3579.69

Standard deviation, s

0.2175

0.02887

0.5671

0.29

88.13

Coefficient of variation %, 

2.20

0.96

1.91

0.85

2.46

7ET016Nylon 66 (Ertalon) 13-10-10

c/hspeed: 1. 10 mm/min, 2. 50 mm/min, 3. 500 mm/min.

Specimen width b0

Specimen thickness a0

S0

Rp 0.2

E-Modulus

RB

W up to Fmax.

W up to break

Rm

 Fmax.

 Break

Nr

mm

mm

mm²

MPa

MPa

MPa

J

J

MPa

%

%

1

9.69

3.17

30.72

9.40

917.60

39.55

89.78

90.46

47.63

139.39

140.27

2

9.69

3.17

30.72

9.62

965.01

38.47

18.40

77.14

43.91

32.66

121.44

3

9.58

3.16

30.27

10.20

877.22

39.51

17.80

59.16

46.97

30.16

91.63

7ET016LDPE 27-10-11

1.50 mm/min 2. 500 mm/min

Specimen width b0

Specimen thickness a0

S0

Rp 0.2

E-Modulus

RB

W up to Fmax.

W up to break

Rm

 Fmax.

 Break

Nr

mm

mm

mm²

N/mm²

kN/mm²

N/mm²

Nmm

Nmm

N/mm²

%

%

1

10.13

3.95

40.01

5.39

0.05

8.72

38815.13

42328.20

9.81

160.20

173.08

2

10.01

4

40.04

5.57

0.06

9.95

30302.58

54586.44

10.35

119.88

204.17

7ET016HDPE 13-10-11

3.50 mm/min 4. 500 mm/min

Specimen width b0

Specimen thickness a0

S0

Rp 0.2

E-Modulus

RB

W up to Fmax.

W up to break

Rm

 Fmax.

 Break

Nr

mm

mm

mm²

N/mm²

kN/mm²

N/mm²

Nmm

Nmm

N/mm²

%

%

3

10.13

3.09

31.3

15.70

0.35

6527.08

25.20

16.48

+480%

4

10.01

3.02

30.23

17.35

0.38

13.68

6330.97

20019.40

27.58

15.57

44.77

Lc Emod Fmax dL(plast.)at F{max} dL at F{max} F{Break} dL at break a{0} b{0} S{0}

Nr mm GPa MPa % % MPa % mm mm mm²

1 75 3.18 50.3 2.3 3.8 25.3 11.8 3.49 9.77 34.10

2 75 2.55 50.3 2.6 4.6 27.5 13.2 3.44 10.36 35.64

3 75 3.25 51.2 2.1 3.7 10.2 13.3 3.48 9.85 34.28

4 75 3.01 45.1 2.0 3.5 9.01 22.8 3.465 9.93 34.41

5 75 3.03 43.9 2.0 3.5 8.77 15.9 3.47 10.75 37.30

6 75 3.09 43.5 1.9 3.3 15.7 46.6 3.48 10 34.80

PVC24-03-2105

4ET002PC 29-10-10

c/hspeed 1. 500 mm/min, 2. 50 mm/min, 3. 10 mm/min

Specimen width b0

Specimen thickness a0

S0

Rp 0.2

E-Modulus

RB

W up to Fmax.

W up to break

Rm

 Fmax.

 Break

Nr

mm

mm

mm²

MPa

MPa

MPa

J

J

MPa

%

%

1

9.65

3.01

29.05

37.50

2309.78

51.84

3.71

3.50

68.16

5.67

5.31

2

9.62

3.01

28.96

34.49

2279.43

46.19

4.05

4.92

64.61

5.85

6.90

3

9.63

3.01

28.99

35.41

2215.93

45.97

3.91

17.59

63.00

5.81

25.08

Series

Specimen width b0

Specimen thickness a0

S0

Rp 0.2

E-Modulus

RB

W up to Fmax.

W up to break

Rm

 Fmax.

 Break

n = 3

mm

mm

mm²

MPa

MPa

MPa

J

J

MPa

%

%

x

9.633

3.01

29

35.80

2268.38

48.00

3.89

8.67

65.26

5.78

12.43

s

0.01528

0.000

0.04598

1.54

47.89

3.33

0.17

7.76

2.64

0.09

10.99

0.16

0.00

0.16

4.31

2.11

6.93

4.38

89.45

4.04

1.64

88.37

Impacttest date: Zwick/Roell Pendulum Impact Tester . 13thOct 2010

M/c Model No 5113.

Ref No A466690.

Force 7.5J

Acetal

Specimen width b0

Specimen thickness a0

Cross-section

Impact energy

Impact energy

Impact resistance

Type of test, PIT

Work contents

Legends

Nr

mm

mm

mm²

J

%

kJ/m²

J

23

16

2.57

41.12

0.64

8.54

15.58

Charpy

7.50

24

15.9

2.59

41.18

0.58

7.79

14.19

Charpy

7.50

25

16.1

2.57

41.38

0.34

4.58

8.30

Charpy

7.50

26

16.01

2.58

41.31

0.55

7.39

13.42

Charpy

7.50

27

16.1

2.56

41.22

0.60

8.06

14.67

Charpy

7.50

28

16.07

2.58

41.46

0.54

7.19

13.01

Charpy

7.50

29

15.25

2.58

39.34

0.55

7.32

13.95

Charpy

7.50

30

15.78

2.56

40.4

0.74

9.89

18.36

Charpy

7.50

31

15.48

2.55

39.47

0.86

11.45

21.75

Charpy

7.50

32

15.99

2.62

41.89

0.57

7.59

13.59

Charpy

7.50

Series

Specimen width b0

Specimen thickness a0

Cross-section

Impact energy

Impact energy

Impact resistance

Work contents

n = 10

mm

mm

mm²

J

%

kJ/m²

J

x

15.87

2.576

40.88

0.60

7.98

14.68

7.50

s

0.2872

0.01955

0.8577

0.14

1.80

3.52

0.00

1.81

0.76

2.10

22.56

22.56

23.97

0.00

Zwick/RoellPendulum Impact Tester . Friday22-Oct 2010

M/c Model No 5113.

Ref No A466690.

Force 7.5J

Acetal

Specimen width b0

Specimen thickness a0

Cross-section

Impact energy

Impact energy

Impact resistance

Type of test, PIT

Work contents

Legends

Nr

mm

mm

mm²

J

%

kJ/m²

J

11

16.05

2.84

45.58

0.60

8.06

13.26

Charpy

7.50

12

16.06

2.87

46.09

0.88

11.76

19.14

Charpy

7.50

13

16.09

2.87

46.18

0.71

9.53

15.48

Charpy

7.50

14

15.95

2.83

45.14

0.65

8.68

14.42

Charpy

7.50

15

15.94

2.85

45.43

0.61

8.20

13.54

Charpy

7.50

16

15.94

2.82

44.95

0.70

9.32

15.55

Charpy

7.50

17

15.98

2.86

45.7

0.77

10.33

16.95

Charpy

7.50

Series

Specimen width b0

Specimen thickness a0

Cross-section

Impact energy

Impact energy

Impact resistance

Work contents

n = 7

mm

mm

mm²

J

%

kJ/m²

J

x

16

2.849

45.58

0.71

9.41

15.48

7.50

s

0.06362

0.01952

0.4563

0.10

1.30

2.06

0.00

0.40

0.69

1.00

13.86

13.86

13.28

0.00

Zwick/RoellPendulum Impact Tester . Friday22 Oct 2010

M/c Model No 5113.

Ref No A466690.

Force 7.5J

HDPE

Specimen width b0

Specimen thickness a0

Cross-section

Impact energy

Impact energy

Impact resistance

Type of test, PIT

Work contents

Legends

Nr

mm

mm

mm²

J

%

kJ/m²

J

1

15.7

3.07

48.2

2.53

33.69

52.42

Charpy

7.50

2

15.7

3.01

47.26

2.06

27.40

43.49

Charpy

7.50

3

15.77

2.85

44.94

1.71

22.76

37.98

Charpy

7.50

4

15.97

2.84

45.35

2.81

37.46

61.94

Charpy

7.50

Series

Specimen width b0

Specimen thickness a0

Cross-section

Impact energy

Impact energy

Impact resistance

Work contents

n = 4

mm

mm

mm²

J

%

kJ/m²

J

x

15.79

2.942

46.44

2.27

30.33

48.96

7.50

s

0.1277

0.1153

1.547

0.49

6.53

10.51

0.00

0.81

3.92

3.33

21.54

21.54

21.46

0.00

Zwick/RoellPendulum Impact Tester . 13th Oct 2010

M/c Model No 5113.

Ref No A466690.

Force 7.5J

Nylon

Specimen width b0

Specimen thickness a0

Cross-section

Impact energy

Impact energy

Impact resistance

Type of test, PIT

Work contents

Legends

Nr

mm

mm

mm²

J

%

kJ/m²

J

12

15.94

2.69

43.41

4.61

61.52

106.30

Charpy

7.50

13

15.93

2.71

43.17

4.58

61.00

105.98

Charpy

7.50

14

15.93

2.71

43.17

4.40

58.68

101.95

Charpy

7.50

15

16.1

2.73

43.95

5.16

68.84

117.47

Charpy

7.50

16

16.04

2.95

47.32

2.17

28.89

45.79

Charpy

7.50

17

16.05

2.68

43.01

1.20

16.04

27.97

Charpy

7.50

18

16.04

2.67

42.83

4.82

64.21

112.45

Charpy

7.50

19

15.83

2.66

42.11

3.05

40.65

72.40

Charpy

7.50

20

15.95

2.76

44.02

5.04

67.25

114.57

Charpy

7.50

21

16.05

2.75

44.14

4.60

61.31

104.18

Charpy

7.50

Series

Specimen width b0

Specimen thickness a0

Cross-section

Impact energy

Impact energy

Impact resistance

Work contents

n = 10

mm

mm

mm²

J

%

kJ/m²

J

x

15.99

2.731

43.71

3.96

52.84

90.90

7.50

s

0.08235

0.08373

1.409

1.35

18.00

31.32

0.00

0.52

3.07

3.22

34.07

34.07

34.46

0.00

Zwick/RoellPendulum Impact Tester . Friday22 Oct 2010

M/c Model No 5113.

Ref No A466690.

Force 7.5J

Nylon66

Specimen width b0

Specimen thickness a0

Cross-section

Impact energy

Impact energy

Impact resistance

Type of test, PIT

Work contents

Legends

Nr

mm

mm

mm²

J

%

kJ/m²

J

6

16.15

3

48.45

4.81

64.10

99.23

Charpy

7.50

7

16.1

2.95

47.5

4.95

65.94

104.13

Charpy

7.50

8

16.04

3

48.12

4.91

65.43

101.98

Charpy

7.50

9

16.11

3.02

48.65

4.95

65.94

101.65

Charpy

7.50

Series

Specimen width b0

Specimen thickness a0

Cross-section

Impact energy

Impact energy

Impact resistance

Work contents

n = 4

mm

mm

mm²

J

%

kJ/m²

J

x

16.1

2.992

48.18

4.90

65.35

101.75

7.50

s

0.04546

0.02986

0.5062

0.07

0.87

2.01

0.00

0.28

1.00

1.05

1.33

1.33

1.97

0.00

Zwick/RoellPendulum Impact Tester . Friday22 Oct 2010

M/c Model No 5113.

Ref No A466690.

Force 7.5J

Polycarbonate

Specimen width b0

Specimen thickness a0

Cross-section

Impact energy

Impact energy

Impact resistance

Type of test, PIT

Work contents

Legends

Nr

mm

mm

mm²

J

%

kJ/m²

J

24

15.9

2.865

45.55

3.11

41.40

68.16

Charpy

7.50

26

16.07

2.83

45.48

2.79

37.25

61.43

Charpy

7.50

27

16.02

2.83

45.34

2.57

34.31

56.76

Charpy

7.50

28

15.81

2.88

45.53

3.12

41.61

68.54

Charpy

7.50

29

16.02

2.86

45.82

2.65

35.35

57.87

Charpy

7.50

Series

Specimen width b0

Specimen thickness a0

Cross-section

Impact energy

Impact energy

Impact resistance

Work contents

n = 5

mm

mm

mm²

J

%

kJ/m²

J

x

15.96

2.853

45.54

2.85

37.98

62.55

7.50

s

0.1064

0.02225

0.1748

0.25

3.38

5.57

0.00

0.67

0.78

0.38

8.91

8.91

8.90

0.00

Zwick/RoellPendulum Impact Tester . Friday22 Oct 2010

M/c Model No 5113.

Ref No A466690.

Force 7.5J

PVC

Specimen width b0

Specimen thickness a0

Cross-section

Impact energy

Impact energy

Impact resistance

Type of test, PIT

Work contents

Legends

Nr

mm

mm

mm²

J

%

kJ/m²

J

18

16.04

2.85

45.71

0.34

4.58

7.51

Charpy

7.50

19

16.06

2.86

45.93

0.20

2.62

4.28

Charpy

7.50

20

15.97

2.93

46.79

0.34

4.53

7.26

Charpy

7.50

21

15.95

2.87

45.78

0.42

5.66

9.27

Charpy

7.50

22

16.03

2.87

46.01

0.36

4.76

7.76

Charpy

7.50

23

16.08

2.9

46.63

0.19

2.57

4.13

Charpy

7.50

Series

Specimen width b0

Specimen thickness a0

Cross-section

Impact energy

Impact energy

Impact resistance

Work contents

n = 6

mm

mm

mm²

J

%

kJ/m²

J

x

16.02

2.88

46.14

0.31

4.12

6.70

7.50

s

0.05115

0.02966

0.4566

0.09

1.25

2.06

0.00

0.32

1.03

0.99

30.34

30.34

30.70

0.00

Zwick/RoellPendulum Impact Tester . 13thOct 2010

M/c Model No 5113.

Ref No A466690.

Force 7.5J

PVC

Specimen width b0

Specimen thickness a0

Cross-section

Impact energy

Impact energy

Impact resistance

Type of test, PIT

Work contents

Legends

Nr

mm

mm

mm²

J

%

kJ/m²

J

1

15.72

2.48

38.99

0.27

3.62

6.96

Charpy

7.50

2

16.04

2.47

39.62

0.50

6.67

12.63

Charpy

7.50

3

16.03

2.48

39.75

0.25

3.35

6.32

Charpy

7.50

4

16.08

2.5

40.2

0.23

3.03

5.65

Charpy

7.50

5

16.12

2.48

39.98

0.30

4.01

7.52

Charpy

7.50

6

16.15

2.54

41.02

0.21

2.82

5.16

Charpy

7.50

7

16.13

2.57

41.45

0.16

2.17

3.93

Charpy

7.50

8

16

2.52

40.32

0.31

4.07

7.57

Charpy

7.50

9

15.98

2.54

40.59

0.28

3.79

7.00

Charpy

7.50

10

15.97

2.5

39.93

0.39

5.23

9.82

Charpy

7.50

Series

Specimen width b0

Specimen thickness a0

Cross-section

Impact energy

Impact energy

Impact resistance

Work contents

n = 10

mm

mm

mm²

J

%

kJ/m²

J

x

16.02

2.508

40.18

0.29

3.88

7.26

7.50

s

0.1236

0.03327

0.7108

0.10

1.28

2.47

0.00

0.77

1.33

1.77

33.07

33.07

33.97

0.00