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CT ceramic fiber modules adopt high-quality ceramic fiber blankets, which are folded, compressed, and packaged to form compressed modules.
The modules can be equipped with various combinations of anchors and furnace shells, and the installation method is simple, greatly accelerating the construction speed of furnace linings.
After installation, the banding is cut, allowing the modules to expand and form an integrated insulating lining.
The anchor system is located away from the hot face of the module, keeping the metal components at a relatively low operating temperature.
1. The anchorage on the back allows for both in-line and parquet installation.
2. Decompression of the folded blankets creates tightly sealed intermodular joints in both configurations.
3. The resilient blanket is resistant to mechanical damage.
4. Low thermal conductivity provides high thermal efficiency.
5. Excellent resistance to thermal shock.
6. No drying or curing is required, allowing the lining to be put into operation immediately after installation.
7. The anchor is located away from the hot face of the module.
1. Heat Treatment: Annealing furnaces, tempering furnaces, soaking pits, etc.
2. Ceramics: Whiteware, sanitary ware, and brick-firing tunnel and intermittent kilns.
3. Iron and Steel: Transfer ladle lids, soaking pit covers, reheating furnaces, continuous annealing furnaces, and lift-off furnaces.
4. Petrochemical: Ethylene pyrolysis furnaces, reformers, atmospheric and reduced-pressure furnaces, ductwork, and pyrolysis heaters.
5. Aluminum: Soaking pits and covers, bale-out furnaces, homogenizing furnaces, and ductwork.
6. Utilities: Waste heat recovery units, combustion chambers, and boiler ductwork.
Type | CT 1000 | CT 1260 | CT 1350 | CT 1430 | CT 1500 | CT 1600 |
Classification temperature ℃ | 1000 | 1260 | 1350 | 1430 | 1500 | 1600 |
Density(kg/m³) | 170,192,220 | 170,192,220 | ||||
Permanent Linear Shrinkage (192kg/m³) | ≤2.0 （900℃*24h） | ≤2.0 （1000℃*24h） | ≤2.0 （1200℃*24h） | ≤2.0 （1300℃*24h） | ≤2.0 （1350℃*24h） | ≤1.0 （1400℃*24h） |
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