The stainless steel universal corrugated compensator is installed in the liquid conveying system as a flexible pressure-resistant pipe fitting to compensate the mutual displacement of the connecting end of the pipe or machine and equipment, absorb the vibration energy, and can play the role of vibration reduction, noise reduction, etc., and has good flexibility. Light weight, corrosion resistance, fatigue resistance, high temperature resistance and many other characteristics. The connection mode of stainless steel corrugated compensator is divided into flange connection, welding, threaded connection and quick joint connection. Small diameter metal hose is generally connected by thread and quick joint. The larger diameter is generally flanged and welded.
1. Compensation thermal expansion: It can compensate for multiple directions, which is much better than metal compensator which can only compensate for single type.
2, compensation installation error: due to the pipeline connection process, the system error is inevitable, the fiber compensator better compensates for the installation error.
3, noise reduction and vibration: fiber fabric, insulation cotton body itself has the function of sound absorption, vibration transmission, can effectively reduce the noise and vibration of boilers, fans and other systems.
4, no reverse thrust: because the main material is fiber fabric, powerless transmission. The fiber compensator simplifies the design, avoids the use of large bearings, and saves a lot of material and labor.
5, good high temperature resistance, corrosion resistance: the choice of fluoroplastics, silicone materials have good high temperature and corrosion resistance.
6. Good sealing performance: There is a relatively complete production assembly system, and the fiber compensator can ensure no leakage.
7, light body, simple structure, convenient installation and maintenance.
DN
Axial
compensation
Compensation amount
Stiffness
Effective area
Radial dimension
Take over port size
1500
3000
15000
Landscape
Angular direction
Axial
Horizontal
Flange
Takeover
80
30
25
18
6.4
±6.4
358
81
284
φ89x4
244
344
37
32
22
10
±8
286
214
374
100
33
28
20
3.6
±3.6
417
121
304
φ108x4
223
323
56
47
33
10
±8
250
318
387
125
36
32
21
2.5
±4.4
408
180
334
φ133x4
216
318
65
58
38
8
±8
227
495
388
150
48
41
27
2.5
±5
300
257
364
φ159x4.5
238
338
77
65
43
6.4
±8
188
705
398
200
56
47
31
3.2
±5.3
288
479
442
φ219x6
244
344
84
70
46
7.2
±8
192
9938
340
250
63
53
36
4.8
±5.3
588
769
497
φ273x8
309
409
95
80
53
10
±8
392
1295
487
300
65
54
37
6.4
±5.8
830
1105
547
φ325x8
358
458
97
82
55
14
±5.8
553
1317
556
350
72
60
40
6
±8
840
1307
607
φ377x10
387
487
107
90
61
14
±8
560
1431
599
400
74
62
42
6
±5.2
918
1611
685
φ426x10
400
500
112
93
63
14
±7.8
612
1837
610
450
82
69
46
4.8
±5.2
690
1972
735
φ478x10
389
489
124
103
68
10.
±7.8
450
2433
589
500
84
70
47
4.8
±4.6
728
2445
790
φ529x10
415
517
126
105
70
10.
±6.9
485
2922
615
600
86
72
48
4.8
±4
1468
3534
920
φ630x10
458
558
129
108
72
10.
±6
978
6078
758