Aluminum silicate refractory fiber folding module
Aluminum silicate refractory fiber folding module is a refractory fiber product made from aluminum silicate refractory fiber as raw material, with an appropriate amount of binder added, through mechanical or manual processes. It has excellent electrical performance, excellent elasticity and flexibility, and is easy to process and install.
Online message service consultation: 155-1793-0753
Product Introduction
Aluminum silicate refractory fiber module is made of aluminum silicate fiber and advanced equipment. It is bound by folding, adding anchors and other accessories. This product is a module commonly used in industrial kilns. Because the fiber module is in a compressed state, after use and installation, the module expands due to the rebound of the fiber, making the furnace lining seamless, offsetting the thermal shrinkage of the fiber and improving the thermal performance of the fiber furnace lining. Depending on the use environment. The working surface of the module can be coated with surface treatment agent to improve the service performance of the module
Product features
Low bulk density and low thermal conductivity;
Excellent thermal stability and thermal shock resistance;
Excellent resilience;
High mechanical strength;
Easy construction and installation;
Product application
Various fiber furnaces in the petrochemical industry;
Fiber lining for various electric heating furnaces in the power industry boiler and metallurgical building materials industry;
Various ceramic kiln and tunnel kiln linings;
Insulation lining for various thermal equipment;
  
Product performance
FAL1100 | FAL1200 | FAL1300 | FAL1400 | |
Classification temperature (℃) | 1100 | 1200 | 1300 | 1400 |
Working temperature (℃) | 1000 | 1100 | 1200 | 1300 |
AL203(%) | 40 | 47 | 54 | 40 |
ZrO2(%) |
|
|
| ≥13 |
L203+Si02(%) | 95 | 98 | 99 |
|
AL203+SiO2+Zr02(%) |
| - |
| 99.4 |
Fe203(%) | ≤1.5 | ≤1.0 | ≤0.3 | ≤0.2 |
Heating wire shrinkage rate (%) (Insulated for 24 hours) | ≤1.4(1000℃) | ≤1.4(1100℃) | ≤1.4(1200℃) | ≤1.5(1300℃) |
TThermal conductivity (w/mk) Measured at 200kg/m ³ | 0.18(800℃) | 0.22(1000℃) | 0.21(1000℃) | 0.24(1200℃) |
Bulk density (kg/m ³) | 180~300 | |||
Note: The data in the table are average values and should not be considered as guaranteed values.
Product Message Consultation