High Temperature Furnace Lining Design and Processing
Description
- CT ceramic fibre module adopt high quality ceramic fibre blanket, which is made up to compression module after folding, compression, packing
- module can choose kinds combination of anchor and furnace body, installation method is so simple that quicken the speed of furnace lining construction largely
- After installation, the bandaging are cut and the modules and so to form an integrated insulating lining.
- The anchor system in remote from module hot face, maintaining the metal components at a relatively low temperature
Features
- The anchorage on the back allows for both in-line and parquet installation.
- The decompression of the blanket folds gives tightly sealed intermodular joints with both configurations
- The resilient blanket is resistant to mechanical damage
- Low thermal conductivity give high thermal efficiency
- Total resistance to thermal shock
- No drying or curing required - so available for production operation immediately after installation
- The anchor is remote form the module hot face
Typical Applications
- Heat treatment: annealing furnace, tempering furnace, soaking pit, etc
- Ceramic: white ware, sanitary ware and brick firing tunnel and intermitted kiln.
- Iron and Steel: Transfer ladle lids, soaking pit covers, reheating furnace, continuous annealing furnaces, lift-off furnaces
- Petrochemical: ethylene pyrolysis furnace, reformers, atmosphere reduced pressure furnace, ductwork pyrolysis heaters
- Aluminium: Soaking pits and covers, bale out furnaces, homogenizing and ductwork
- Utilities: waste heat recovery units, combustion chambers and boiler ductwork
Data sheet
| Type |
CT-1000 |
CT-1260 |
CT-1360 |
CT-1430 |
CT-1500 |
CT-1600 |
| Classification temperature oC |
1100 |
1260 |
1360 |
1430 |
1500 |
1600 |
| Density(kg/m3) |
170,190,210 |
170,190,200 |
Product picture
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