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BNZ Materials Bazelite 2100 Insulating Castable

Category	Ceramic , Oxide , Silicon Oxide
Manufacturer	BNZ Materials, Inc.
Trade Name	Bazelite
Port	Shanghai port,China
Trade Terms	FOB, CFR, CIF
Payment Terms	L/C, T/T, Western Union
Download PDF	BNZ Materials Bazelite 2100 Insulating Castable.pdf
Price	EMAIL US sales@lookpolymers.com
	Online Service lookpolymers 27660005

Material Notes:

Blaz 2100 is a general purpose lightweight castable for use as an exposed hot face refractory or as a very thermally efficient back-up to a dense refractory lining. Can be installed by casting, gunning or slap-troweling.Information provided by BNZ Materials Inc.

Physical Properties	Metric	English	Comments
Density	1.04 g/cc	0.0376 lb/in³	Fired at 5 hrs at 816°C

Mechanical Properties	Metric	English	Comments
Modulus of Rupture	0.000830 GPa @Temperature 540 °C	0.120 ksi @Temperature 1000 °F	Fired; ASTM C268
	0.000900 GPa @Temperature 1095 °C	0.131 ksi @Temperature 2003 °F	ASTM C268
	0.00103 GPa @Temperature 815 °C	0.149 ksi @Temperature 1500 °F	ASTM C268
	0.00110 GPa @Temperature 104 °C	0.160 ksi @Temperature 219 °F	Dried; ASTM C268
Compressive Strength	2.90 MPa @Temperature 1095 °C	420 psi @Temperature 2003 °F	Cold Crush Strength
	3.93 MPa @Temperature 815 °C	570 psi @Temperature 1500 °F	Cold Crush Strength
	2.69 MPa @Treatment Temp. 540 °C	390 psi @Treatment Temp. 1000 °F	Cold Crush Strength; Dried 104°C
	2.76 MPa @Treatment Temp. 104 °C	400 psi @Treatment Temp. 219 °F	Cold Crush Strength; Dried 104°C

Thermal Properties	Metric	English	Comments
Maximum Service Temperature, Air	1149 °C	2100 °F
Shrinkage	0.20 % @Temperature 540 °C	0.20 % @Temperature 1000 °F	Permanent Linear Change; ASTM C210
	0.20 % @Temperature 815 °C	0.20 % @Temperature 1500 °F	Permanent Linear Change; ASTM C210
	0.20 % @Temperature 1095 °C	0.20 % @Temperature 2003 °F	Permanent Linear Change; ASTM C210

Component Elements Properties	Metric	English	Comments
Al2O3	35.3 %	35.3 %
CaO	16.9 %	16.9 %
Fe2O3	4.0 %	4.0 %
MgO	0.50 %	0.50 %
Na2O	1.1 %	1.1 %	Includes K<sub>2</sub>O
SiO2	40.5 %	40.5 %
TiO2	1.7 %	1.7 %

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