Insulating Product Femily
Insulating Product Femily

Insulating Product Femily

 

Brand Name: – SR INSULCAST 4 SR INSULCAST 7 SR INSULCAST 9 SR INSULCAST 11 SR INSULCAST 13 SR INSULCAST 15 SR POURABLE INSULATION SR INSULCAST 11 Li SR INSULCAST 11 Liz
Type Low Density Insulating Castable Low Density Insulating Castable Medium density insulating Castable Medium density insulating Castable Moderate density insulating Castable Moderate density insulating Castable Insulating Castable Used By Pouring Medium density insulating Castable Medium density insulating Castable
Nature of Bond Hydraulic Hydraulic Hydraulic Hydraulic Hydraulic Hydraulic Hydraulic Hydraulic Hydraulic
Installation Tamping Tamping Tamping Tamping Tamping Tamping Pouring Tamping Tamping
Raw Material Base Exfoliated Vermiculite Exfoliated Vermiculite Insulating Aggregate Insulating Aggregate Insulating Aggregate Insulating Aggregate Exfoliated Vermiculite Insulating Aggregate Insulating Aggregate
Max Service Temp. 1000 0C 1100 0C 1200°C 1300°C 1350°C 1350°C 900°C 1350°C 1300°C
Max Grain Size 6 mm 6 mm 6 mm 6 mm 6 mm 6 mm 6 mm 6 mm 6 mm
Water Required for Casting 70-100 % 40-70 % 35-40% 25-35% 25-30% 23-28% 55-70% 30-35% 40-45%
Chemical Analyses: –      (%)          
Al2O3     :
Fe2O3   : 11.0 Max 8.5 Max 6.00 Max 3.50 Max 3.50 Max 3.20 Max 9.0 Max 1.50 Max 1.20 Max
CaO      :
Physical Properties:
B. D (gm/cc)

Drying at 110°C/24 hrs.

0.55 Max 0.85 Max 1.00 Max 1.25 Max 1.45 Max 1.60 Max 0.70 Max 1.25 Max 1.00 Max
Cold Crushing Strength (Kg/cm2):
Drying at 110°C/24 hrs. 4 Min 12 Min 15 Min 35 Min 50 Min 90 Min 15 Min 45 Min 15 Min
Fired at 800°C/3hrs. 2 Min 4 Min 6 Min 25 Min 30 Min 60 Min 12 Min 30 Min 10 Min
Fired at 1100°C/3hrs. 6 Min 25 Min 30 Min 60 Min 30 Min 8 Min
Fired at 1200°C/3hrs. 10 Min
Fired at 1300°C/3hrs. 40 Min 50 Min 70 Min 50 Min 15 Min
Thermal Properties: –
Permanent Linear Change (%)   
Fired at 800°C/3hrs. ± 0.40 Max ± 0.80 Max ± 0.60 Max ± 0.20 Max ± 0.20 Max ± 1.50 Max
Fired at 1000°C/3hrs. ± 0.60 Max ± 1.20 Max
Fired at 1100°C/3hrs. ± 1.00 Max ± 1.00 Max ± 0.80 Max ± 0.20 Max ± 0.20 Max ± 0.20 Max
Fired at 1300°C/3hrs. ± 1.00 Max ± 1.00 Max ± 1.00 Max
Thermal Conductivity , K Cal/m/hr/0C
@500 0C 0.10 Max 0.18 Max 0.28 Max 0.31 Max 0.33Max 0.44Max 0.20 Max 0.21 0.22Max
Water requirements indicated are based on laboratory test conditions. Actual water requirement may vary subject to site conditions. The properties shown are for vibratory cast material only unless specified otherwise. All values are based on test results on standard bars of size 160x40x40 mm. Test methods are guided by and based on various Indian Standards (IS).

 

Brand Name: – SR INSULCAST 13 Li SR INSULCAST 15 Li SR INSULCAST 8 S SR INSULCAST 10 S SR CAST 97 L SR INSULCAST 9 HS    
Type Moderate density insulating Castable Moderate density insulating Castable Low density insulating Castable Medium density insulating Castable Insulating Castable For 18000 C Temp. Medium density insulating Castable    (High Strength)
Nature of Bond Hydraulic Hydraulic Hydraulic Hydraulic Hydraulic Hydraulic
Installation Tamping Tamping Tamping Tamping Tamping Tamping
Raw Material Base Insulating Aggregate Insulating Aggregate Insulating Aggregate Insulating Aggregate Bubble Alumina Insulating Aggregate
Max Service Temp. 1400°C 1400°C 1300°C 1100°C 1800°C 1200°C
Max Grain Size 6 mm 6 mm 6 mm 6 mm 6    mm 6 mm
Water Required for Casting 25-30% 23-28% 46-50% 40-46% 13-18 % 35-40%
Chemical Analyses: –      (%)                
Al2O3     : 40 Min 94.0 Min 40.0 Min
Fe2O3   : 1.50 Max 1.50 Max 1.0 Max 6.0 Max 0.3 Max 3.0 Max
CaO      : 5.0 Max 8.0 Max
Physical Properties: –
B. D (gm/cc)

Drying at 110°C/24 hrs.

1.45 Max 1.60 Max 0.900 Max 1.10 Max 1.65Max 1.00 Max
Cold Crushing Strength (Kg/cm2):              
Drying at 110°C/24 hrs. 80 Min 130 Min 25 Min 20 Min 70 Min 20 Min
Fired at 800°C/3hrs. 40 Min 75 Min 20 Min 15 Min 60 Min 8 Min
Fired at 1100°C/3hrs. 40 Min 75 Min 40 Min
Fired at 1200°C/3hrs. 12 Min 15 Min
Fired at 1350°C/3hrs. 90 Min 30 Min
Fired at 1550°C/3hrs. 50 Min 60 Min
Thermal Properties: –
Permanent Linear Change (%)                   
Fired at 800°C/3hrs. ± 0.30 Max ± 0.80 Max ± 0.20 Max ± 0.60 Max
Fired at 1100°C/3hrs. ± 0.20 Max ± 0.20 Max ± 0.50 Max ± 1.20 Max ± 0.20 Max ± 1.00 Max
Fired at 1350°C/3hrs. ± 1.00 Max
Fired at 1550°C/3hrs. ± 0.80 Max ± 1.00 Max
Thermal Conductivity , K Cal/m/hr/0C              
@500 0C 0.40Max 0.44Max 0.22 Max 0.22 Max 1.10 Max 0.28 Max
Water requirements indicated are based on laboratory test conditions. Actual water requirements may vary subject to site conditions. The properties shown are for vibratory cast material only unless specified otherwise. All values are based on test results on standard bars of size 160x40x40 mm. Test methods are guided by and based on various Indian Standards (IS).

 

Brand Name: – SR  INSULCAST 22 Li

( AS PER MIDREX Specification)

SR INSULCAST 11 Liz

( AS PER MIDREX Specification)

SR LCC 60 A

( AS PER MIDREX Specification)

SR GUN 55

( AS PER MIDREX Specification)

Type Medium density Insulating Castable Light Weight  Insulating Castable(Low Iron) Casting Type Abrasion Resistance Castable (Low Iron) Gunning  Type Abrasion Resistance Castable (Low Iron)
Nature of Bond Hydraulic Hydraulic Hydraulic Hydraulic
Installation Tamping Tamping Vibration Casting Gunning
Raw Material Base Insulating Aggregate & Perlite Insulating Aggregate & Perlite Andalusite Calcined Clay
Max Service Temp. 1093°C 1260°C 1480 0C 1480 0C
Max Grain Size 6 mm 0 – 6    mm 0-6 mm 0-6 mm
Water Required for Casting 40-50% 55-65 % 6-8 % At Nozzle
Chemical Analyses: –      (%) Typical Specification Typical Specification Typical Specification Typical Specification
Al2O3     : 49.6 45 to 50 42.50 40-43 50.50 45-53 48.50 45-53
Fe2O3    : 0.90 0.5 to 1.3 1.20 0.9-1.3 0.90 0.8-1.3 1.00 0.8-1.3
SiO2      : 32.0 30 to 40 35.30 35-37 40.0 34-48 42.0 35-48
Physical Properties: –
B. D (gm/cc)

Drying at 105°C/24 hrs.

1.10 0.96 to 1.12 0.88 0.83-0.93 2.20 2.05 -2.24 2.08 2.05 -2.24
Cold Crushing Strength (Kg/cm2):        
Drying at 105°C/24 hrs. 97 80-100 35 30-37 600 350-632 355 350-632
Fired at 538°C/3hrs. 65 60-70 30 29-32 500 280-562 285 280-562
Fired at 815°C/3hrs 64 60-63 30 28-35 600 350-632 355 350-632
Fired at 1093°C/3hrs 55 53-56 —- —- 540 315-580 325 315-580
    Fired at 1205°C/3hrs 35 28-35
Thermal Properties: –
Refractoriness, Orton / 0 C +14 Service Temp. 10930C +14 Service Temp. 12600C +32 Service Temp

1315 to 1480 0C

+32 Service Temp

1315 to 1480 0C

PLC (%)                   
Fired at 815°C/3hrs. -0.10 -0.9 Max -0.30 – 0.5 to -0.7 -0.03 +0.1to -0.7 -0.15 +0.1to -0.7
Fired at 1093°C/3hrs. -0.53 -1.10 Max -0.80 -0.4 to -1.20 -1.00 -0.4 to -1.20
Fired at 1205°C/3hrs —- —- – 1.0 -1.7 to –1.9
Thermal Conductivity , K Cal/m/hr/0C        
@260 0C 0.10 0.161 – 0.164
@538 0C 0.24 0.24-0.25 0.13 0.174-0.177 0.840 0.818- 0.843 0.820 0.818- 0.843
@815 0C 0.28 0.27-0.30 0.17 0.198-0.205 0.890 0.868 – 0.893 0.870 0.868 – 0.893
Water requirements indicated are based on laboratory test conditions. Actual water requirements may vary subject to site conditions. The properties shown are for vibratory cast material only unless specified otherwise. All values are based on test results on standard bars of size 160x40x40 mm. Test methods are guided by and based on various Indian Standards (IS).