CERAMIC FIBRE BLANKET
There are made of a white fabric easy to be shaped.
There are packed as rolls in cardboard boxes.
Thickness
mm
|
Length
mm
|
Width
mm
|
density = 96; 128; 160 ;180 kgs/ m3
|
6
|
21960
|
610
|
13
|
14640
|
610
|
19
|
7320
|
610
|
25
|
7320
|
610
|
38
|
3660 si 7320
|
610
|
50
|
3660 si 7320
|
610
|
|
|
|
|
blankets with d=160 kgs/m3 and 180 kgs/m3 are not delivered with thickness 38 and 50 mm
blankets with the density 180 kgs/m3 are not delivered as rolls.
Characteristics
|
GRADE
|
1260
|
1400
|
1430 Z
|
Classification temperature oC
|
1260
|
1400
|
1430
|
Maximum working temperature, oC
|
1150
|
1250
|
1350
|
Chemical composition, %
|
Al2O3
|
48
|
52
|
37
|
SiO2
|
52
|
48
|
48
|
ZrO2
|
-
|
-
|
15
|
Linear shrinkage , % , at a temperature of :
|
1000 oC
|
0,8
|
-
|
-
|
1100 oC
|
1,5
|
1,3
|
0,6
|
1200 oC
|
2,4
|
2,0
|
1,4
|
1300 oC
|
3,5
|
2,8
|
2,3
|
1400 oC
|
-
|
4,0
|
3,5
|
Thermal conductivity, W/mK, for density=128 kgs/m3 at a temperature of :
|
200 oC
|
0,07
|
0,07
|
0,06
|
400 oC
|
0,11
|
0,11
|
0,10
|
600 oC
|
0,15
|
0,15
|
0,14
|
800 oC
|
0,21
|
0,21
|
0,19
|
1000 oC
|
0,31
|
0,31
|
0,29
|
1200 oC
|
0,44
|
0,44
|
0,42
|
1400 oC
|
-
|
0,64
|
0,60
|
|
|
|
|
|
|
The advantages of using :
Significant reduction of energy and fuel consumption by diminishing heat loss.
Easy handwork and reduced consumptions of refractory material.
Substantial reduction of costs.
Application area :
Insulation linig for thermal equipment in :
-
Metallurgy
-
Machine building industry
-
Glass’,ceramics’,refractory materials’,binders’,carbon materials’ industry
-
Chemistry and petrochemistry
-
Energy industry