EAGLEBURGMANN
20
Combine-X
Features
Advantages
Operating range
Item description
功能描述
±
Highly flexible
±
High chemical resistance
±
High flutter resistance
±
Reduce heat loss
±
Low reaction forces
±
Good resistance against abrasion
±
Suitable for high temperature applications
±
Multi-layer design
±
Compensates for movements in several
directions simultaneously
±
Excellent form stability
±
Can be delivered as fabric only or as
preassembled unit
±
Custom made to fit actual working conditions
±
Specifically designed for gas turbine systems
Temperature*:
-35 °C ... +650 °C
Pressure:
-0,014 bar ... 0,07 bar
Max. axial movements:
... 215 mm
Max. lateral movements:
... 85 mm
* Temperatures above 750 °C requires internal duct insulation
or refractory lining.
1. Flange reinforcement
2. Pressure carrying layer
3. Gas seal layer
4. Insulation strips
5. Insulation
6. Support layer
7. Mechanical reinforcement
Combine-X expansion joints safely absorb thermal
expansion and misalignments of pipe and duct
systems in dry, high temperature and high velocity
area. Combine-X products compensate for move-
ments in multiple directions simultaneously.
Type
Media
Max,
temp,
P-flange
Min,
temp.
Pressure
Flexibility
Aggressive
Non-
aggressive
Max.
Min.
Axial
Lateral
A
Dry
Dry
550 °C
-35 °C
0,07 bar
-0,14 bar
40%
20%
B
Dry
Dry
500 °C
-35 °C
0,07 bar
-0,14 bar
35%
13%
CC*
Dry
Dry
650 °C
-35 °C
0,07 bar
-0,14 bar
50%
20%
E
Dry
Dry
600 °C
-35 °C
0,07 bar
-0,14 bar
35%
13%
G
Dry
Dry
600 °C
-35 °C
0,07 bar
-0,14 bar
40%
15%
R
Dry
Dry
600 °C
-35 °C
0,07 bar
-0,14 bar
35%
13%
V
Dry
Dry
600 °C
-35 °C
0,07 bar
-0,14 bar
35%
15%
W
Dry
Dry
600 °C
-35 °C
0,07 bar
-0,14 bar
40%
15%
E-L
Dry
Dry
600 °C
-35 °C
0,07 bar
-0,14 bar
35%
15%
HF (1+2)
Dry
Dry
650 °C
N/A
0,07 bar
-0,14 bar
35%
10%
HF3
Dry
Dry
650 °C
N/A
0,07 bar
-0,14 bar
35%
10%
Cold-to-hot with floating sleeve and bolster
Temperature: ... 600 °C
Cold-to-cold with bolster
Temperature: ... 650 °C
Hot-to-hot with bolster
Temperature: ... 600 °C
Hot-to-hot, high velocity with bolster
Temperature: ... 600 °C
Options