AZARSHAHAB REFRACTORIES CO.
CC & SILICON CARBIDE
ARCAST A45SiC10
General Properties (Download PDF)
Classification………………………..….……… Alumina Castable
Description … Classical Hydraulic Bonded Refractory Castable
Raw Material Basis ……………………. Low Iron Chamotte/SiC
Bond ……………….………………………….…………. Hydraulic
Installing Method …………………………….. Casting / Vibrating
Packaging …………….……. 25 kg net weight multi proof sacks
Storage Life (Month) …………………………………..…..….… 9
Grain Size (mm) …………………………….….….………. Max 6
Water Required (%) ……….…………………….……….. 6.5-8.5
Main Chemical Component
Al2O3 (%) ……………………………………….. 45
SiO2 (%) …………………………………………. 35
Fe2O3 (%) ……………………………………… 1.5
CaO (%) …………………………………………… 4
SiC (%) …………………………………………… 10
Physical & Thermal Properties
Maximum Service Temperature (ºC) …..…. 1440
Bulk Density at 110 ºC (gr/cm³) ……… 2.30-2.50
Cold Crushing Strength (kg/cm²)
After Drying at 110 ºC …………..….….. 800-1000
After Firing at 1400 ºC …………….…….. 750-950
Permanent Linear Change (%)
After Drying at 110 ºC ……………..……Negligible
After Firing at 1000 ºC …………… (-0.4) to (+0.2)
All data subject to reasonable deviation and therefore, should not be used for specification purposes.
AZARSHAHAB REFRACTORIES CO.
CC & SILICON CARBIDE
ARCAST A40SiC20
General Properties (Download PDF)
Classification………………………..….……… Alumina Castable
Description … Classical Hydraulic Bonded Refractory Castable
Raw Material Basis ……………………. Low Iron Chamotte/SiC
Bond ……………….………………………….…………. Hydraulic
Installing Method …………………………….. Casting / Vibrating
Packaging …………….……. 25 kg net weight multi proof sacks
Storage Life (Month) …………………………………..…..….… 9
Grain Size (mm) …………………………….….….………. Max 6
Water Required (%) ……….…………………….……….. 6.5-8.5
Main Chemical Component
Al2O3 (%) ……………………………………….. 40
SiO2 (%) …………………………………………. 32
Fe2O3 (%) ……………………………………… 1.3
CaO (%) …………………………………………… 4
SiC (%) …………………………………………… 20
Physical & Thermal Properties
Maximum Service Temperature (ºC) …..…. 1430
Bulk Density at 110 ºC (gr/cm³) ……… 2.30-2.50
Cold Crushing Strength (kg/cm²)
After Drying at 110 ºC …………..….….. 800-1000
After Firing at 1400 ºC …………….…….. 720-920
Permanent Linear Change (%)
After Drying at 110 ºC ……………..……Negligible
After Firing at 1000 ºC …………… (-0.4) to (+0.2)
All data subject to reasonable deviation and therefore, should not be used for specification purposes.
AZARSHAHAB REFRACTORIES CO.
CC & SILICON CARBIDE
ARCAST A35SiC30
General Properties (Download PDF)
Classification………………………..….……… Alumina Castable
Description … Classical Hydraulic Bonded Refractory Castable
Raw Material Basis ……………………. Low Iron Chamotte/SiC
Bond ……………….………………………….…………. Hydraulic
Installing Method …………………………….. Casting / Vibrating
Packaging …………….……. 25 kg net weight multi proof sacks
Storage Life (Month) …………………………………..…..….… 9
Grain Size (mm) …………………………….….….………. Max 6
Water Required (%) ……….…………………….……….. 6.5-8.5
Main Chemical Component
Al2O3 (%) ……………………………………….. 35
SiO2 (%) …………………………………………. 28
Fe2O3 (%) ……………………………………… 1.2
CaO (%) …………………………………………… 4
SiC (%) …………………………………………… 30
Physical & Thermal Properties
Maximum Service Temperature (ºC) …..…. 1410
Bulk Density at 110 ºC (gr/cm³) ……… 2.30-2.50
Cold Crushing Strength (kg/cm²)
After Drying at 110 ºC …………..….….. 800-1000
After Firing at 1400 ºC …………….…….. 700-900
Permanent Linear Change (%)
After Drying at 110 ºC ……………..……Negligible
After Firing at 1000 ºC …………… (-0.4) to (+0.2)
All data subject to reasonable deviation and therefore, should not be used for specification purposes.
AZARSHAHAB REFRACTORIES CO.
CC & SILICON CARBIDE
ARCAST A75SiC10
General Properties (Download PDF)
Classification………………………..…… High Alumina Castable
Description … Classical Hydraulic Bonded Refractory Castable
Raw Material Basis ………………………………….. Bauxite/SiC
Bond ……………….………………………….…………. Hydraulic
Installing Method …………………………….. Casting / Vibrating
Packaging …………….……. 25 kg net weight multi proof sacks
Storage Life (Month) …………………………………..…..….… 9
Grain Size (mm) …………………………….….….………. Max 6
Water Required (%) ……….…………………….……….. 6.5-8.5
Main Chemical Component
Al2O3 (%) ……………………………………….. 75
SiO2 (%) …………………………………………… 6
Fe2O3 (%) ……………………………………… 1.8
CaO (%) …………………………………………… 4
SiC (%) …………………………………………… 10
Physical & Thermal Properties
Maximum Service Temperature (ºC) …..…. 1620
Bulk Density at 110 ºC (gr/cm³) ……… 2.60-2.80
Cold Crushing Strength (kg/cm²)
After Drying at 110 ºC …………..….….. 800-1000
After Firing at 1400 ºC …………….…… 800-1000
Permanent Linear Change (%)
After Drying at 110 ºC ……………..……Negligible
After Firing at 1000 ºC …………… (-0.3) to (+0.2)
All data subject to reasonable deviation and therefore, should not be used for specification purposes.
AZARSHAHAB REFRACTORIES CO.
CC & SILICON CARBIDE
ARCAST A65SiC20
General Properties (Download PDF)
Classification………………………..…… High Alumina Castable
Description … Classical Hydraulic Bonded Refractory Castable
Raw Material Basis ………………………………….. Bauxite/SiC
Bond ……………….………………………….…………. Hydraulic
Installing Method …………………………….. Casting / Vibrating
Packaging …………….……. 25 kg net weight multi proof sacks
Storage Life (Month) …………………………………..…..….… 9
Grain Size (mm) …………………………….….….………. Max 6
Water Required (%) ……….…………………….……….. 6.5-8.5
Main Chemical Component
Al2O3 (%) ……………………………………….. 65
SiO2 (%) …………………………………………… 6
Fe2O3 (%) ……………………………………… 1.5
CaO (%) …………………………………………… 4
SiC (%) …………………………………………… 20
Physical & Thermal Properties
Maximum Service Temperature (ºC) …..…. 1610
Bulk Density at 110 ºC (gr/cm³) ……… 2.60-2.80
Cold Crushing Strength (kg/cm²)
After Drying at 110 ºC …………..….….. 800-1000
After Firing at 1400 ºC …………….…….. 750-950
Permanent Linear Change (%)
After Drying at 110 ºC ……………..……Negligible
After Firing at 1000 ºC …………… (-0.3) to (+0.2)
All data subject to reasonable deviation and therefore, should not be used for specification purposes.
AZARSHAHAB REFRACTORIES CO.
CC & SILICON CARBIDE
ARCAST A60SiC30
General Properties (Download PDF)
Classification………………………..…… High Alumina Castable
Description … Classical Hydraulic Bonded Refractory Castable
Raw Material Basis ………………………………….. Bauxite/SiC
Bond ……………….………………………….…………. Hydraulic
Installing Method …………………………….. Casting / Vibrating
Packaging …………….……. 25 kg net weight multi proof sacks
Storage Life (Month) …………………………………..…..….… 9
Grain Size (mm) …………………………….….….………. Max 6
Water Required (%) ……….…………………….……….. 6.0-8.0
Main Chemical Component
Al2O3 (%) ……………………………………….. 58
SiO2 (%) …………………………………………… 5
Fe2O3 (%) ……………………………………… 1.5
CaO (%) …………………………………………… 4
SiC (%) …………………………………………… 30
Physical & Thermal Properties
Maximum Service Temperature (ºC) …..…. 1610
Bulk Density at 110 ºC (gr/cm³) ……… 2.60-2.80
Cold Crushing Strength (kg/cm²)
After Drying at 110 ºC …………..….….. 800-1000
After Firing at 1400 ºC …………….…….. 700-900
Permanent Linear Change (%)
After Drying at 110 ºC ……………..……Negligible
After Firing at 1000 ºC …………… (-0.3) to (+0.2)
All data subject to reasonable deviation and therefore, should not be used for specification purposes.
AZARSHAHAB REFRACTORIES CO.
CC & SILICON CARBIDE
ARCAST A85SiC10
General Properties (Download PDF)
Classification………………………..…… High Alumina Castable
Description … Classical Hydraulic Bonded Refractory Castable
Raw Material Basis ………..……………… Tabular Alumina/SiC
Bond ……………….………………………….…………. Hydraulic
Installing Method …………………………….. Casting / Vibrating
Packaging …………….……. 25 kg net weight multi proof sacks
Storage Life (Month) …………………………………..…..….… 9
Grain Size (mm) …………………………….….….………. Max 6
Water Required (%) ……….…………………….……….. 6.0-8.0
Main Chemical Component
Al2O3 (%) ……………………………………….. 85
SiO2 (%) …………………………………………. 0.2
Fe2O3 (%) ……………………………………… 0.2
CaO (%) …………………………………………… 4
SiC (%) …………………………………………… 10
Physical & Thermal Properties
Maximum Service Temperature (ºC) …..…. 1785
Bulk Density at 110 ºC (gr/cm³) ……… 2.80-3.00
Cold Crushing Strength (kg/cm²)
After Drying at 110 ºC …………..……. 1000-1200
After Firing at 1400 ºC …………….…… 850-1050
Permanent Linear Change (%)
After Drying at 110 ºC ……………..……Negligible
After Firing at 1000 ºC …………… (-0.2) to (+0.2)
All data subject to reasonable deviation and therefore, should not be used for specification purposes.
AZARSHAHAB REFRACTORIES CO.
CC & SILICON CARBIDE
ARCAST A75SiC20
General Properties (Download PDF)
Classification………………………..…… High Alumina Castable
Description … Classical Hydraulic Bonded Refractory Castable
Raw Material Basis ………..……………… Tabular Alumina/SiC
Bond ……………….………………………….…………. Hydraulic
Installing Method …………………………….. Casting / Vibrating
Packaging …………….……. 25 kg net weight multi proof sacks
Storage Life (Month) …………………………………..…..….… 9
Grain Size (mm) …………………………….….….………. Max 6
Water Required (%) ……….…………………….……….. 6.0-8.0
Main Chemical Component
Al2O3 (%) ……………………………………….. 75
SiO2 (%) …………………………………………. 0.3
Fe2O3 (%) ……………………………………… 0.2
CaO (%) …………………………………………… 4
SiC (%) …………………………………………… 20
Physical & Thermal Properties
Maximum Service Temperature (ºC) …..…. 1760
Bulk Density at 110 ºC (gr/cm³) ……… 2.80-3.00
Cold Crushing Strength (kg/cm²)
After Drying at 110 ºC …………..……. 1000-1200
After Firing at 1400 ºC …………….…… 850-1050
Permanent Linear Change (%)
After Drying at 110 ºC ……………..……Negligible
After Firing at 1000 ºC …………… (-0.2) to (+0.2)
All data subject to reasonable deviation and therefore, should not be used for specification purposes.
AZARSHAHAB REFRACTORIES CO.
CC & SILICON CARBIDE
ARCAST A65SiC30
General Properties (Download PDF)
Classification………………………..…… High Alumina Castable
Description … Classical Hydraulic Bonded Refractory Castable
Raw Material Basis ………..……………… Tabular Alumina/SiC
Bond ……………….………………………….…………. Hydraulic
Installing Method …………………………….. Casting / Vibrating
Packaging …………….……. 25 kg net weight multi proof sacks
Storage Life (Month) …………………………………..…..….… 9
Grain Size (mm) …………………………….….….………. Max 6
Water Required (%) ……….…………………….……….. 6.0-8.0
Main Chemical Component
Al2O3 (%) ……………………………………….. 65
SiO2 (%) …………………………………………. 0.5
Fe2O3 (%) ……………………………………… 0.2
CaO (%) …………………………………………… 4
SiC (%) …………………………………………… 30
Physical & Thermal Properties
Maximum Service Temperature (ºC) …..…. 1740
Bulk Density at 110 ºC (gr/cm³) ……… 2.80-3.00
Cold Crushing Strength (kg/cm²)
After Drying at 110 ºC …………..……. 1000-1200
After Firing at 1400 ºC …………….…… 850-1050
Permanent Linear Change (%)
After Drying at 110 ºC ……………..……Negligible
After Firing at 1000 ºC …………… (-0.2) to (+0.2)
All data subject to reasonable deviation and therefore, should not be used for specification purposes.
