Ceramic fiber folding module
Product categories： Conventional Refractory Insulation Products
The ceramic fiber module is processed by special mechanical equipment according to the structure and size of the fiber component by selecting the ceramic fiber blanket made of the corresponding material. Which maintains a certain proportion of compression quantity to ensure that the ceramic fiber components expand in different directions after the wall lining of the ceramic fiber components is built, so that the ceramic fiber components are mutually extruded into a seamless whole.
Ordering hotline：86-0533-2266502
Products related to this product
Product description
The ceramic fiber module is processed by special mechanical equipment according to the structure and size of the fiber component by selecting the ceramic fiber blanket made of the corresponding material. Which keeps a certain proportion of compression quantity so as to ensure that the ceramic fiber components expand in different directions after the wall lining of the ceramic fiber components is built, so that the ceramic fiber components are mutually extruded into a seamless whole. The ceramic fiber assembly is directly secured to the industrial kiln shell by various forms of anchors.
Product characteristics
The ceramic fiber module has excellent characteristics of ceramic fibers, and the fiber module is always in an expanded state to compensate for heat shrinkage, so that the whole furnace body has high sealing performance; Have the ability to resist thermal shock; The lining body can be put into use immediately after installation without drying and curing; The anchoring system is remote from the hot surface of the furnace body such that the metal anchor is at a relatively low safe temperature.
Main technical performance indicators
| Classification temperature |
1050 |
1260 |
1430 |
| Product Code |
JSGW-189 |
JSGW-289 |
JSGW-389 |
JSGW-489 |
JSGW-589 |
JSGW-689 |
| Heating permanent line change(%) |
950℃×24h≤-3 |
1000℃×24h≤-3 |
1100℃×24h≤-3 |
1200℃×24h≤-3 |
1350℃×24h≤-3 |
1260℃×24h≤-3 |
| Theoretical bulk density(kg/m3) |
200±10；220±10；240±10 |
Theoretical thermal conductivity
W/(m·k)
|
(average200℃) |
0.045-0.060 |
| (average400℃) |
0.095-0.120 |
| (average600℃) |
0.160-0.195 |
| size (mm) |
300*300*250 or according to request |
| Package |
carton/bag |
Typical application
Iron and steel, metallurgy, machinery, building materials, petrochemicals, non-ferrous metals and other industries of various industrial kilns, heating devices.
Installation method
Rust removal of furnace plate → welding module bolts on the storage plate → taking out the module → screwing the module guide rod onto the small end of the screw rod → passing the module through the guide rod along the central hole to lean against the furnace plate → screwing the nut onto the screw rod with a special wrench → unscrewing the guide rod → sequentially installing other modules → taking out the module central plastic pipe → disassembling the module binding strap → installing the next row of folding modules
Installation requirements
Anchor nail welding pay should be accurate, strictly control the error:
, the backing layer is installed first, then construction fiber module:
Install the roof module before installing the furnace wall:
Installation of the furnace wall module shall start from the bottom up:
Module arrangement mode adopts the same direction " soldier column type" arrangement, after installation of a row of modules should be in accordance with the requirements of compression lining compensation blanket:
Top - to - wall and wall-to-wall connections shall be compressed and lined with a compensating blanket.
surface finishing
Fold module installation should be carefully checked, after the completion of the gap is greater than 5 mm should fill the compensation blanket:
After the fiber blanket filling, use square board will fold module surface flat.
* Said requiredprocurement：Ceramic fiber special -shaped parts
