Araldite application table FILZRING

FILZRING OHG  August 2019

All information is without guarantee. In any case, the current technical data sheet alone is valid.

ARALDITE, AGOMET, ARADUR

F300

F305

F330

2010‐1

2011

2012

2013‐1

2014‐2

2015‐1

2018

2020

2021‐1

2022‐1

2028‐1

2029‐1

2031‐1

2033

2047‐1

2048‐1

2050

2051

2052‐1

AV 138‐1

AY103‐1

AY105‐1

AW2101

AV4415*

AW4858

AW4859*

ARALDITE, AGOMET, ARADUR

HV998‐1

HY991

HY991

HW2951

HV4416‐1*

HW4858

HW4859*

Chemical basis, mixing ratio

2K MMA 1:1

2K MMA 1:1

2K MMA 1:1

2K EP 1:1

2K EP 1:1

2K EP 1:1

2K EP 1:1

2K EP 2:1

2K EP 1:1

2K PU 1:1

2K EP 3:1

2K MMA 1:1

2K MMA 1:1

2K PU 1:1

2K PU 1:1

2K EP 1:1

2K EP 1:1

2K MMA 10:1

2K MMA 10:1

2K MMA 1:1

2K MMA 1:1

2K MMA 10:1

2K EP 1:

2K EP 2:1

2K EP 2:1

2K EP 1:1

2K EP 2:1

2K EP 2:1

2K EP 2:1

Chemical basis, mixing ratio

Colour

beige

grey-beige

beige

light yellow

light yellow

light yellow

grey

grey

beige

light, opak

transparent

light yellow

light yellow

transparent

dark grey

black

black

red-brown

black

light yellow

light yellow

red

grey

light yellow

light brown

light grey

dark grey

black

black

Colour

Viscosity (Processing)

20 Pa×s

4 Pa×s

15‐20 Pa×s

80 Pa×s

30‐45 Pa×s

25‐65 Pa×s

thixotrop

thixotrop

thixotrop

8 Pa×s

0,15 Pa×s

thixotrop

thixotrop

6 Pa×s

60 Pa×s

thixotrop

thixotrop

thixotrop

thixotrop

thixotrop

thixotrop

thixotrop

thixotrop

5 Pa×s

15 Pa×s

thixotrop

thixotrop

thixotrop

thixotrop

Viscosity (Processing)

Processing time for 100g at 23°C

2min

2min

10min

10min

100min

6min

90min

110min

50min

40min

45min

3min

10min

6min

40min

70min

120min

10min

10min

2min

5min

15min

30min

300min

45min

6min

80min

150min

110min

Processing time for 100g at 23°C

Link to technical data sheet

TDS

TDS

TDS

TDS

TDS

TDS

TDS

TDS

TDS

TDS

TDS

TDS

TDS

TDS

TDS

TDS

TDS

TDS

TDS

TDS

TDS

TDS

TDS

TDS

TDS

TDS

TDS

TDS

TDS

Link to technical data sheet

Typical Tg Glass transition temperaturer

ca. 40°C

ca. 35°C

54°C

40°C

45°C

40°C

63°C

85°C

78°C

ca. 10°C

40°C

ca. 60°C

ca. 60°C

13°C

49°C

75°C

69°C

80°C

67°C

110°C

110°C

120°C

85°C

55°C

100°C

48°C

135°C

67°C

81°C

Typical Tg Glass transition temperaturer

Temp. resistance (LSS of 5N/mm² )

80°C

70°C

85°C

100°C

90°C

70°C

70°C

140°C

100°C

80°C

60°C

100°C

100°C

55°C

80°C

100°C

100°C

100°C

100°C

120°C

120°C

140°C

140°C

90°C

120°C

100°C

180°C

90°C

140°C

Temp. resistance (LSS of 5N/mm² )

Shore hardness

D 80

D 80

D 74

D 64

A 87 (ca. D34)

D 76

D 48

D 86

D 80

D 75

D 75

Shore hardness

Elongation at break at 23°C

7,2%

23%

3,5%

4%

9%

4%

1,8%

0,9%

4,2%

45%

4%

10%

5%

60%

35%

12%

1,4%

14%

91%

20%

20%

8%

0,8%

1,2%

7%

4,3%

Elongation at break at 23°C

E-modulus in MPa at 23°C

1895MPa

1900MPa

1650MPa

1370MPa

3500MPa

1800MPa

16MPa

2400MPa

1800MPa

1700MPa

16MPa

600MPa

1200MPa

2500MPa

800MPa

364MPa

1800MPa

1800MPa

1600MPa

4200MPa

1700MPa

4540MPa

1650MPa

1500MPa

E-modulus in MPa at 23°C

Flexural strength MPa (ISO 178)

45MPa

60MPa

46MPa

22MPa

60MPa

43MPa

37MPa

65MPa

Flexural strength MPa (ISO 178)

Tensile strength (ISO 527) at 23°C

26MPa

17MPa

14MPa

30MPa

31MPa

7MPa

42MPa

45MPa

11MPa

20MPa

23MPa

22MPa

14MPa

13MPa

43MPa

42MPa

28MPa

29MPa

38MPa

52MPa

61MPa

40MPa

Tensile strength (ISO 527) at 23°C

Peel strength (ISO 4578) Aluminium chromated

6N/mm

6N/mm

7N/mm

6N/mm

5N/mm

5,5N/mm

4N/mm

0,2N/mm

6,6N/mm

3N/mm

5N/mm

5,4N/mm

1N/mm

4,5N/mm

7N/mm

Peel strength (ISO 4578) Aluminium chromated

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Link to the article in the online portal

Initial strength

Initial strength

0°C LSS > 1N/mm²

1h

25min

60min

0°C LSS > 1N/mm²

10°C LSS > 1N/mm²

5min

5min

40min

4h

24h

35min

15h

13h

10h

16h

24h

20min

30min

2h

9h

12h

14h

25min

70min

15min

20min

40min

14h

16h

12h

15h

10°C LSS > 1N/mm²

15°C LSS > 1N/mm²

4min

4min

30min

2h

12h

25min

12h

15h

6h

12h

20h

13min

17min

75min

15h

7h

8h

20min

50min

11min

13min

30min

8h

16h

12h

4h

12h

15°C LSS > 1N/mm²

23°C LSS > 1N/mm²

3min

3min

20min

30min

7h

20min

5h

5h

4h

4h

16h

9min

12min

30min

4h

3h

4h

15min

35min

8min

9min

20min

4h

12h

6h

1h

6h

4,5h

23°C LSS > 1N/mm²

40°C LSS >1N/mm²

2min

2min

9min

15min

2h

5min

80min

90min

1h

45min

3h

2min

6min

7min

70min

90min

85min

5min

10min

10min

75min

2h

90min

20min

80min

90min

100min

40°C LSS >1N/mm²

60°C LSS >1N/mm²

5min

30min

2min

25min

20min

20min

25min

90min

3min

25min

15min

15min

20min

40min

30min

5min

15min

25min

20min

60°C LSS >1N/mm²

LSS in N/mm² on the following substrates

F300

F305

F330

2010‐1

2011

2012

2013‐1

2014‐2

2015‐1

2018

2020

2021‐1

2022‐1

2028‐1

2029‐1

2031‐1

2033

2047‐1

2048‐1

2050

2051

2052‐1

AV 138‐1

AY103‐1

AY105‐1

AW2101

AV4415*

AW4858

AW4859*

LSS in N/mm² on the following substrates

Metals (**)

HV998‐1

HY991

HY991

HW2951

HV4416‐1*

HW4858

HW4859*

Metals (**)

Aluminium (23,1)

23

23

33

19

26

18

20

18

20

7

16

25

25

15

24

22

16

19

24

31

31

25

15

15

14

20

22

38

33

Aluminium (23,1)

Steel 37/11 (11,1)

19

22

29

14

25

21

19

20

23

8

17

16

25

17

24

24

19

18

18

26

26

21

18

18

16

25

20

26

27

Steel 37/11 (11,1)

Stainless steel V4A (10)

26

22

39

23

22

27

23

23

24

7

24

23

25

10

23

25

18

18

24

31

31

25

19

22

17

30

21

26

27

Stainless steel V4A (10)

Galvanized steel (11)

4

2

2

18

18

11

18

20

18

10

12

12

18

14

19

21

16

16

14

20

20

4

18

7

12

19

14

20

20

Galvanized steel (11)

Copper (16,5)

24

17

30

20

24

19

21

18

18

4

16

16

9

20

22

17

17

20

11

11

24

15

14

12

24

16

18

18

Copper (16,5)

Brass (18,4)

23

23

38

17

24

21

22

19

20

4

14

20

11

17

24

17

19

23

17

17

25

17

15

12

23

15

28

27

Brass (18,4)

Glass (8,5)

25

7

Glass (8,5)

Plastics (**)

Plastics (**)

PC (Polycarbonat) (70)

4

7

7

2

4

4

2

3

4

6

5

8

8

4

6

5

3

5

6

9

9

4

2

2

3

4

6

6

PC (Polycarbonat) (70)

ABS (60-110)

5

6

6

3

5

4

2

2

2

7

4

6

6

5

6

2

4

6

6

6

6

3

3

4

6

5

ABS (60-110)

PMMA (70-85)

4

6

7

1

3

3

2

2

3

4

7

7

3

4

3

2

7

7

7

7

5

2

4

3

PMMA (70-85)

PVC hard (60-70)

7

9

11

2

2

4

5

6

4

4

9

9

5

5

3

6

7

10

9

9

7

4

4

2

4

5

6

PVC hard (60-70)

PA (Polyamid 6) kond. (60-80)

1

3

2

2

4

2

2

2

4

3

2

2

2

3

4

2

3

3

3

2

2

3

3

3

2

PA (Polyamid 6) kond. (60-80)

EP‐GFK (5-20)

15

19

19

5

12

9

13

8

15

8

12

18

13

25

20

9

14

17

15

15

14

12

14

19

35

36

EP‐GFK (5-20)

EP‐CFK (5-20)

13

19

14

19

17

22

8

20

23

16

27

20

16

23

16

16

17

15

41

35

EP‐CFK (5-20)

SMC (5-20)

4

4

5

6

7

5

10

8

8

7

8

5

6

5

6

6

8

8

10

6

6

3

8

7

6

7

9

7

SMC (5-20)

(**) = Linear coefficient of expansion

F300

F305

F330

2010‐1

2011

2012

2013‐1

2014‐2

2015‐1

2018

2020

2021‐1

2022‐1

2028‐1

2029‐1

2031‐1

2033

2047‐1

2048‐1

2050

2051

2052‐1

AV 138‐1

AY103‐1

AY105‐1

AW2101

AV4415*

AW4858

AW4859*

(**) = Linear coefficient of expansion

Example: 1 meter Alu + 10°C = + 0,231 mm

HV998‐1

HY991

HY991

HW2951

HV4416‐1*

HW4858

HW4859*

Example: 1 meter Alu + 10°C = + 0,231 mm

Data of the mixture with its components

Data of the mixture with its components

Pot life

2min

2min

10min

10min

100min

6min

90min

110min

50min

40min

45min

3min

10min

6min

40min

70min

120min

10min

10min

2min

5min

15min

30min

300min

45min

6min

80min

150min

110min

Pot life

Density of mixture

1,2g/ml

1g/ml

1g/ml

1,16g/ml

1,05g/ml

1,18g/ml

1,2g/ml

1,6g/ml

1,4g/ml

1,13g/ml

1,1g/ml

1g/ml

1g/ml

1,12g/ml

1,32g/ml

1,3g/ml

1,3g/ml

1,2g/ml

1,2g/ml

1g/ml

1g/ml

1g/ml

1,7g/ml

1g/ml

1,1g/ml

1,8g/ml

1,6g/ml

1,1g/ml

1,1g/ml

Density of mixture

Mixing ratio Weight A/B

No Mix System

No Mix System

No Mix System

100/ 100

100/ 80

100/ 100

100/ 60

100/ 50

100/ 100

100/ 95

100/ 30

100/ 100

100/ 100

100/ 100

100/ 82

100/ 120

100/ 88

100/ 8.8

100/ 11

100/100

100/100

100/ 12

100/ 40

100/ 40

100/ 50

100/ 100

100/ 50

100/ 42

100/ 43

Mixing ratio Weight A/B

Mixing ratio Volume A/B

No Mix System

No Mix System

No Mix System

100/ 100

100/ 100

100/ 100

100/ 100

100/ 50

100/ 100

100/ 100

100/ 35

100/ 100

100/ 100

100/ 100

100/ 100

100/ 100

100/ 100

100/ 10

100/ 10

100/100

100/100

100/ 10

100/ 40

100/ 50

100/ 60

100/ 100

100/ 50

100/ 50

100/ 50

Mixing ratio Volume A/B

Cartridges Packages

200ml

50ml, 200ml, 380ml

50ml, 200ml

50ml, 200ml, 380ml

50ml, 200ml, 380ml

50ml, 200ml, 380ml

200ml

50ml, 380ml

50ml, 380ml

50ml, 200ml

50ml, 380ml

50ml, 380ml

200ml

50ml, 480ml

50ml, 480ml

50ml, 380ml

50ml, 380ml

50ml, 480ml

50ml, 200ml

200ml

50ml, 380ml

50ml, 380ml

Cartridges Packages

Tins and small packages

0,8kg, 6kg

0,8kg

0,8kg

AP 1kg/0,8kg

AP 1kg/1kg

AP 1kg/0,6kg

AP 2kg

AP 2kg

AP 0,5kg

1kg/0,4kg

1kg/0,4kg

1kg/0,4kg

Tins and small packages

Tubs

300 g

280ml

Tubs

Storage stability ex works

3J. 2‐8°C

3J. 2‐8°C

3J. 2‐8°C

3J. 2‐40°C

6J. 2‐40°C

3J. 2‐40°C

3J. 2‐40°C

3J. 2‐40°C

2J. 2‐40°C

2J. 2‐40°C

4J. 2‐40°C

1,5J. 2‐8°C

1,5J. 2‐8°C

2J. 2‐25°C

2J. 2‐40°C

2J. 2‐40°C

1J. 2‐8°C

2J. 2‐8°C

2J. 2‐8°C

1,5J. 2‐8°C

1,5J. 2‐8°C

2J. 2‐8°C

6J. 2‐40°C

6J. 2‐40°C

6J. 2‐40°C

4J. 2‐40°C

4J. 2‐40°C

5J. 2‐40°C

3J. 2‐40°C

Storage stability ex works

Colour (mixed)

beige

grey-beige

beige

light yellow

light yellow

light yellow

grey

grey

beige

light, opak

transparent

light yellow

light yellow

transparent

dark grey

black

black

red-brown

black

light yellow

light yellow

red

grey

light yellow

light brown

light grey

dark grey

black

black

Colour (mixed)

Viscosity (mixed)

20 Pa×s

4 Pa×s

15‐20 Pa×s

80 Pa×s

30‐45 Pa×s

25‐65 Pa×s

thixotrop

thixotrop

thixotrop

8 Pa×s

0,15 Pa×s

thixotrop

thixotrop

6 Pa×s

60 Pa×s

thixotrop

thixotrop

thixotrop

thixotrop

thixotrop

thixotrop

thixotrop

thixotrop

5 Pa×s

15 Pa×s

thixotrop

thixotrop

thixotrop

thixotrop

Viscosity (mixed)

Mpa = Megapascal

Mpa = Megapascal

1 MPa = 1 million Pa = 1 N/mm²

1 MPa = 1 million Pa = 1 N/mm²

1 N/mm² = Newton per square millimetre

1 N/mm² = Newton per square millimetre

1 N = (1 kg * m)/s²

1 N = (1 kg * m)/s²

* Curing at elevated temperatures

* Curing at elevated temperatures

AP = Working pack

AP = Working pack

Components

Components

Resin

AW4819

AW106

AW2104

AV144‐2

AW139‐1

AV5308

AY4446

XW396

F361‐1

F362‐1

AY8629‐1

AW4840‐1

AV4076‐1

AW4833

F347

F348

F252

AV 138‐1

AY103‐1

AY105‐1

AW2101

AV4415*

AW4858

AW4859*

Resin

Hardener

XD4444

HV953U

HW2934

HV997‐1

HV5323‐1

HV5309‐2

HV4445

XW397

F361‐1

F362‐1

HY8628

HW4841

HV5309‐2

HW4833

K100‐1 RED

F348‐1

K100‐1 RED

HV998‐1

HY991

HY991

HW2951

HV4416‐1*

HW4858

HW4859*

Hardener