STA High insulation Ceramic Fiber Board for furnace charmber
Product Introduction:
ceramic fiber board is a lightweight refractory material processed with alumina-silica fibers for applications at temperatures up to 1430C. it manufactured and designed for the thermal applications requesting high demands on rigidity, the thermal insulation properties and abrasion resistance of ceramic fiber board have been further improved due to the higher density. Ceramic fiber board is a vacuum formed product that resists higher gas velocities than ceramic fiber blanket. It is ideal for furnace, boiler duct and stack lining thanks to its low thermal conductivity and low heat storage, which makes the shorter cycles times and quicker access for maintenance in the industrial furnaces possible.
Now we have got approval of ISO9001:2000,and got many certificates like CE ,SASO,SGS and so on ,our insulation products have been selling to Germany ,UK, Italy, USA, Australia, Japan, Koran ,Turkey ,Israel, UAE ,Saudi Arabia, India ,Sweden ,Poland ,Argentina, Malaysia ,Philippines and other 30 countries.
Applications
1)Joint sealing and filling insulation (kiln car, pipeline, kiln door and so on)
2)Fiber composite (for example: grinding parcel)
3)Internal and external lining for industrial furnace
4)Structure refractory and sponging sounds
5)Materials for hot filtration
6)Raw materials for further producing
7)Technical Specifications
Product Feature:
Item
Type
Name | Standard type | High purity type | High-alumina type | Zirconia contenting type | ||
STD | HP | HA | ZA-1 | ZA-2 | ||
Color | White | White | White | White | ||
Classification temperature(℃) | 1100 | 1260 | 1350 | 1400 | ||
Maximum operating temperature(℃) | 1000 | 1100 | 1200 | 1300 | 1350 | |
Bulk density(Kg/m3 )+/-15% | 260 - 800 | 260 - 800 | 260 - 800 | 260 - 800 | ||
Reheating linear shrinkage(Bulk density<260Kg/m3>) | 1100℃ x 24h </=4 | 1260℃ x 24h</=4 | 1350℃ x 24h</=4 | 1400℃ x 24h</=4 | ||
Thermal conductivity(w/m.k) (Bulk density<260Kg/m3>) | 1000℃ 0.20 | 1000℃ 0.18 | 1000℃ 0.19 | 1000℃ 0.19 | ||
