Ceramic Fiber Board (Sheet)
Product Code: S2500
Description: Ceramic fiber board has higher gas velocity than ceramic fiber blanket.
It is a material formed in vacuum that can provide strength.
This material is widely used in furnaces, boiler inlets and outlets, and industrial facility chimney linings.
Having low thermal conductivity and low thermal capacity, it can be quickly transferred to the place where it is used.
enables intervention and rapid maintenance.
Application Areas:
.In industrial furnaces
. In combustion chambers, boilers and heaters
. As supporting material for bricks and monolithic refractory materials
.Transportation of molten aluminum and molten non-ferrous metals
. In expansion joints
Features:
. Low thermal conductivity
. Low thermal capacity
. Lightness, no need for secondary insulation
.Excellent thermal shock resistance
Hot gas erosion resistance
. Resistant to most chemical corrosions
. Ease of cutting, use and assembly, Low noise transmission
. Resistant to contact with molten aluminum and molten non-ferrous metals
. Does not contain asbestos
The basic eligibility information set forth herein is believed to be accurate and reliable.
However, our company does not accept any responsibility for any problems that may arise in your applications.
It is the user's responsibility to verify the suitability and performance of the material before use.
It is a material formed in vacuum that can provide strength.
This material is widely used in furnaces, boiler inlets and outlets, and industrial facility chimney linings.
Having low thermal conductivity and low thermal capacity, it can be quickly transferred to the place where it is used.
enables intervention and rapid maintenance.
Application Areas:
.In industrial furnaces
. In combustion chambers, boilers and heaters
. As supporting material for bricks and monolithic refractory materials
.Transportation of molten aluminum and molten non-ferrous metals
. In expansion joints
Features:
. Low thermal conductivity
. Low thermal capacity
. Lightness, no need for secondary insulation
.Excellent thermal shock resistance
Hot gas erosion resistance
. Resistant to most chemical corrosions
. Ease of cutting, use and assembly, Low noise transmission
. Resistant to contact with molten aluminum and molten non-ferrous metals
. Does not contain asbestos
STYNIC SPECIFICATIONS | ||||
Main Characteristics | Test Method | Unit | Value | |
| Alloys | Al2O3 | 70% | ||
| SiO2 | 20% | |||
| Other Metal Oxides | 10% | |||
| Intensity | lbs/in3 ( gr./cm3 ) | 0.075 (2.1) | ||
| Working Temperature | °F (°C) | 2,500 (1,370) | ||
| Structural Usage Temperature | °F (°C) | 1,430 (775) | ||
| Compressive Strength | ASTM D-695 | psi (MPa) | 13,050 (90) | |
| Flexural Strength | ASTM D-790 | psi (MPa) | 8,400 (58) | |
| Porosity | % | 35 | ||
| Volumetric Resistance | ASTM D-257 | Ohm x cm | 52 x 1010 | |
| Dielectric Strength (Large Surface Direction) | ASTM D-149 | V/mil (kV/mm) | 91 (3.6) | |
| Dielectric Constant | ASTM D-150 | 5.5 | ||
| Thermal Transmittance (648 °C) | ASTM C-177 | BTU/in/hr/ft2 °F | 4.69 | |
The basic eligibility information set forth herein is believed to be accurate and reliable.
However, our company does not accept any responsibility for any problems that may arise in your applications.
It is the user's responsibility to verify the suitability and performance of the material before use.
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