LADLE LINING R Efractory Data Sheet [PDF]

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L ADL E L INING R efractory Data s heet Application

R HI Quality

Permanent lining Bottom Permanent lining Bottom Permanent lining Bottom Permanent lining Bottom W orking lining Bottom W orking lining Bottom W orking lining Bottom Permanent lining sidewall Permanent lining sidewall Permanent lining sidewall Permanent lining sidewall W orking lining sidewall W orking lining sidewall W orking lining slag zone W orking lining slag zone Top Lip

R esistal B80V R esistal B80V Ankermix NS 13 C R esimur B73V -05V R adex S MAC 5 -2 ANC AR BON F 7T10 Ankermix NS 13 C Pyrostop C arto 125 R esistal B80V Perfill KL C R esimur B73V -05V Ancarbon F 7T10 Ancarbon F 7T10 Ancarbon F 6T14 Ancarbon F 6T14 C omprit B81-5V

R epair Materials W orking lining slag zone W orking lining slag zone Top Lip W orking lining Bottom W orking lining Bottom Permanent lining sidewall Permanent lining Bottom

Ancarbon F 6T14 Ancarbon F 6T14 C omprit B81-5V R adex S MAC 5 -2 ANC AR BON F 7T10 Perfill KL C Ankermix NS 13 C

Technical data sheet

ANCARBON F6T14 General information Classification

Magnesia-carbon product type MC95/10 ISO 10081-3

Main raw material components

Fused magnesia, Graphite

Bonding type

Resin bonded

Main Application(s)

Casting/treatment ladle, Converter (BOF), Electric arc furnace

Additional Information

tempered

Chemical analysis MgO

Al2O3

Fe2O3

CaO

SiO2

96.2%

0.4%

0.9%

1.4%

1.1%

Determination on fired substance (1025 °C / 1877 °F) acc. to EN ISO 12677 C 14.0%

Physical properties Bulk Density

3,00

[g/cm3] 3

EN 993-1

Bulk Density red.atm.(1000 °C / 1832 °F)

2,92

[g/cm ]

EN 993-1

Apparent Porosity

2,5

[vol%]

EN 993-1

Apparent Porosity red.atm.(1000 °C / 1832 °F)

10,0

[vol%]

EN 993-1

45,0

2

EN 993-5

Cold Crushing Strength CCS red.atm. (1000 °C / 1832 °F) Thermal Expansion

[N/mm ] 2

25,0

[N/mm ]

EN 993-5

800 °C / 1472 °F

0,60

[%]

EN 993-19

1200 °C / 2192 °F

1,20

[%]

EN 993-19

1600 °C / 2912 °F

1,70

[%]

EN 993-19

9,50

[W/mK]

EN 821-2

Thermal Conductivity (1000 °C / 1832 °F)

The indicated values are standard values, i.e. values taken over a longer representative period of time according to either valid test standards or internal test methods. They may not be regarded as committed specifications and therefore not as guaranteed properties. We reserve the right to further technical developments and new editions of technical product information. Revision: 05. JUL. 2017

ANCARBON F6T14 1 / 1

Technical data sheet

ANCARBON F7T10 General information Classification

Magnesia-carbon product type MC95/10 ISO 10081-3

Main raw material components

Fused magnesia, Graphite, High grade sintered magnesia

Bonding type

Resin bonded

Main Application(s)

Casting/treatment ladle, Converter (BOF), Electric arc furnace

Additional Information

tempered

Chemical analysis MgO

Al2O3

Fe2O3

CaO

SiO2

96.0%

0.5%

0.8%

1.5%

1.2%

Determination on fired substance (1025 °C / 1877 °F) acc. to EN ISO 12677 C 10.0%

Physical properties Bulk Density

3,00

[g/cm3] 3

EN 993-1

Bulk Density red.atm.(1000 °C / 1832 °F)

2,94

[g/cm ]

EN 993-1

Apparent Porosity

2,5

[vol%]

EN 993-1

Apparent Porosity red.atm.(1000 °C / 1832 °F)

10,5

[vol%]

EN 993-1

55,0

2

EN 993-5

Cold Crushing Strength CCS red.atm. (1000 °C / 1832 °F) Thermal Expansion

[N/mm ] 2

30,0

[N/mm ]

EN 993-5

800 °C / 1472 °F

0,70

[%]

EN 993-19

1200 °C / 2192 °F

1,30

[%]

EN 993-19

1600 °C / 2912 °F

1,80

[%]

EN 993-19

7,50

[W/mK]

EN 821-2

Thermal Conductivity (1000 °C / 1832 °F)

The indicated values are standard values, i.e. values taken over a longer representative period of time according to either valid test standards or internal test methods. They may not be regarded as committed specifications and therefore not as guaranteed properties. We reserve the right to further technical developments and new editions of technical product information. Revision: 29. MAY. 2018

ANCARBON F7T10 1 / 1

Technical data sheet

ANKERMIX NS13 C General information Classification

Ramming and Taphole repair mix

Main raw material components

Sintered magnesia

Bonding type

Sulphate bonded

Main Application(s)

Casting/treatment ladle, Converter (BOF), Electric arc furnace

Grain Size

0-3 mm

Amount of Material

2,70 t/m3

Storage Limit

12 months

Temp. limit for application

1.750 °C

Chemical analysis MgO

CaO

SiO2

Fe2O3

Al2O3

94.5%

1.7%

1.7%

1.0%

0.4%

Determination on fired substance (1025 °C / 1877 °F) acc. to EN ISO 12677

Physical properties Poured Density Cold Crushing Strength

110 °C / 230 °F

2,20

[g/cm3]

40,0

2

EN ISO 1927-6

2

[N/mm ]

EN 459-2

1200 °C / 2192 °F

30,0

[N/mm ]

EN ISO 1927-6

1500 °C / 2732 °F

25,0

[N/mm2]

EN ISO 1927-6

1,60

[W/mK]

Dr. Klasse

Thermal Conductivity (1000 °C / 1832 °F)

The indicated values are standard values, i.e. values taken over a longer representative period of time according to either valid test standards or internal test methods. They may not be regarded as committed specifications and therefore not as guaranteed properties. We reserve the right to further technical developments and new editions of technical product information. Revision: 11. DEZ. 2018

ANKERMIX NS13 C 1 / 1

Technical data sheet

COMPRIT B81-5 V General information Classification

Refractory concrete, conventional DIN EN ISO 1927-1

Main raw material components

Bauxite

Bonding type

Hydraulic

Grain Size

0-5 mm

Working method

Vibrating

Amount of Material without loss

2,45 t/m3

Amount of liquid addition

8,5-9,5 l/100 kg

Liquid addition

Water

Storage Limit

12 months

Temp. limit for application

1.600 °C

Chemical analysis Al2O3

SiO2

Fe2O3

CaO

81.0%

9.0%

1.5%

5.2%

Determination on fired substance (1025 °C / 1877 °F) acc. to EN ISO 12677

Physical properties Cold Crushing Strength

Modulus of Rupture

110 °C / 230 °F

80,0

[N/mm2]

EN ISO 1927-6

1000 °C / 1832 °F

60,0

[N/mm2]

EN ISO 1927-6

1500 °C / 2732 °F

75,0

[N/mm2]

EN ISO 1927-6

2

110 °C / 230 °F

11,5

[N/mm ]

EN ISO 1927-6

1000 °C / 1832 °F

7,5

[N/mm2]

EN ISO 1927-6

1500 °C / 2732 °F

10,0

[N/mm2]

EN ISO 1927-6

Thermal Expansion (1000 °C / 1832 °F)

0,60

[%]

EN 993-19

Thermal Conductivity

400 °C / 752 °F

1,30

[W/mK]

Dr. Klasse

800 °C / 1472 °F

1,25

[W/mK]

Dr. Klasse

1000 °C / 1832 °F

1,30

[W/mK]

Dr. Klasse

1200 °C / 2192 °F

1,40

[W/mK]

Dr. Klasse

The indicated values are standard values, i.e. values taken over a longer representative period of time according to either valid test standards or internal test methods. They may not be regarded as committed specifications and therefore not as guaranteed properties. We reserve the right to further technical developments and new editions of technical product information. Revision: 24. NOV. 2015

COMPRIT B81-5 V 1 / 1

Technical data sheet

PERFILL KL C General information Classification

Back filling mix

Main raw material components

Olivine, Sintered magnesia

Bonding type

organic

Main Application(s)

Universal

Grain Size

0-3 mm

Amount of Material

2,30 t/m3

Storage Limit

12 months

Temp. limit for application

1.700 °C

Chemical analysis Al2O3

Fe2O3

CaO

SiO2

MgO

1.9%

4.7%

2.0%

24.5%

66.9%

Determination on fired substance (1025 °C / 1877 °F) acc. to EN ISO 12677

Physical properties Poured Density

1,90

[g/cm3]

EN 459-2

The indicated values are standard values, i.e. values taken over a longer representative period of time according to either valid test standards or internal test methods. They may not be regarded as committed specifications and therefore not as guaranteed properties. We reserve the right to further technical developments and new editions of technical product information. Revision: 11. DEZ. 2018

PERFILL KL C 1 / 1

Technical data sheet

PYROSTOP CARTO 125 General information Classification

Block insulation

Main raw material components

Ceramic fibres

Bonding type

Organic-chemical-ceramic

Main Application(s)

Thermal insulation

Classification Temperature

1.250 °C

Chemical analysis SiO2

Al2O3

54.0%

46.0%

Determination on fired substance (1025 °C / 1877 °F) acc. to EN ISO 12677

Physical properties 435

[kg/m3]

EN 1094

600 °C / 1112 °F

0,11

[W/mK]

ASTM C201

800 °C / 1472 °F

0,13

[W/mK]

ASTM C201

1000 °C / 1832 °F

0,18

[W/mK]

ASTM C201

Bulk Density Thermal Conductivity

The indicated values are standard values, i.e. values taken over a longer representative period of time according to either valid test standards or internal test methods. They may not be regarded as committed specifications and therefore not as guaranteed properties. We reserve the right to further technical developments and new editions of technical product information. Revision: 03. DEZ. 2013

PYROSTOP CARTO 125 1 / 1

Technical data sheet

RADEX SMAC5-2 General information Classification

Alumina-Magnesia-carbon product type AMC80/5 ISO 10081-4

Main raw material components

Bauxite, Carbon black, Fused alumina, Graphite, Magnesia

Bonding type

Resin bonded

Main Application(s)

Casting/treatment ladle

Chemical analysis Al2O3

Fe2O3

SiO2

TiO2

MgO

CaO

86.0%

0.5%

2.2%

2.5%

8.0%

0.4%

Determination on fired substance (1025 °C / 1877 °F) acc. to EN ISO 12677 C 7.0%

Physical properties Bulk Density

3,19

Bulk Density red.atm.(1000 °C / 1832 °F)

3,13

[g/cm3] 3

[g/cm ]

EN 993-1 EN 993-1

Apparent Porosity

5,0

[vol%]

EN 993-1

Apparent Porosity red.atm.(1000 °C / 1832 °F)

11,0

[vol%]

EN 993-1

Cold Crushing Strength

85,0

[N/mm2]

EN 993-5

CCS red.atm. (1000 °C / 1832 °F) Thermal Conductivity

35,0

2

[N/mm ]

EN 993-5

500 °C / 932 °F

3,75

[W/mK]

Dr. Klasse

750 °C / 1382 °F

3,50

[W/mK]

Dr. Klasse

1000 °C / 1832 °F

3,25

[W/mK]

Dr. Klasse

The indicated values are standard values, i.e. values taken over a longer representative period of time according to either valid test standards or internal test methods. They may not be regarded as committed specifications and therefore not as guaranteed properties. We reserve the right to further technical developments and new editions of technical product information. Revision: 21. OCT. 2011

RADEX SMAC5-2 1 / 1

Technical data sheet

RESIMUR B73V-05 V General information Classification

Dry mortar

Main raw material components

Bauxite

Bonding type

Air-setting

Grain Size

0-0,5 mm

Working method

Mortaring

Amount of Material without loss

1,60 t/m3

Amount of liquid addition

20,0-24,0 l/100 kg

Liquid addition

Water

Storage Limit

12 months

Temp. limit for application

1.650 °C

Chemical analysis Al2O3

SiO2

Fe2O3

CaO

72.0%

19.0%

2.2%

0.3%

Determination on fired substance (1025 °C / 1877 °F) acc. to EN ISO 12677

The indicated values are standard values, i.e. values taken over a longer representative period of time according to either valid test standards or internal test methods. They may not be regarded as committed specifications and therefore not as guaranteed properties. We reserve the right to further technical developments and new editions of technical product information. Revision: 11. JAN. 2018

RESIMUR B73V-05 V 1 / 1

Technical data sheet

RESISTAL B80 V General information Classification

High alumina product type HA75 ISO 10081-1

Main raw material components

Bauxite

Bonding type

Ceramic

Chemical analysis Al2O3

Fe2O3

SiO2

TiO2

80.0%

2.6%

13.0%

3.8%

Determination on fired substance (1025 °C / 1877 °F) acc. to EN ISO 12677

Physical properties Bulk Density

2,78

[g/cm3]

EN 993-1

Apparent Porosity

19,0

[vol%]

EN 993-1

Cold Crushing Strength

80,0

[N/mm2]

EN 993-5

1000 °C / 1832 °F

0,80

[%]

EN 993-19

1400 °C / 2552 °F

Thermal Expansion

1,00

[%]

EN 993-19

PLC (1500 °C / 2732 °F)

0,50

[%]

EN 993-10

Refractoriness under Load T0,5

1450

[°C]

ISO 1893

Refractoriness under Load Ta

1500

[°C]

IS 1528-2

Res. to Thermal Shocks Water Thermal Conductivity

Abrasion

> 30

[cycles]

DIN 51068-1

500 °C / 932 °F

2,70

[W/mK]

Dr. Klasse

750 °C / 1382 °F

2,65

[W/mK]

Dr. Klasse

1000 °C / 1832 °F

2,65

[W/mK]

Dr. Klasse

13,00

3

[cm ]

ASTM C704 calibrated

The indicated values are standard values, i.e. values taken over a longer representative period of time according to either valid test standards or internal test methods. They may not be regarded as committed specifications and therefore not as guaranteed properties. We reserve the right to further technical developments and new editions of technical product information. Revision: 30. AUG. 2017

RESISTAL B80 V 1 / 1