- 口径:
- DN600
- 压力:
- 1.6mpa
- 补偿量:
- 160mm
, temperature range low temperature type ℃ high temperature type ℃.
, diameter range of any size. Non-metallic flexible compensators are also called non-metallic expansion joints and non-metallic fabric compensators. They can compensate for axial, transverse and angular directions. They have the characteristics of no thrust, simplified bearing design, corrosion resistance, high temperature resistance, noise reduction and vibration reduction, etc. Especially suitable for hot air ducts and smoke ducts. Connection method, flange connection, pipe connection
Features
Compensation for thermal expansion can compensate for multiple directions, which is much better than metal compensators that can only compensate in a single way.
. Compensate installation errors. Since system errors are inevitable during the pipeline connection process, fiber compensators can better compensate for installation errors.
The sound-absorbing and vibration-absorbing fiber fabrics and thermal insulation cotton bodies themselves have the functions of sound absorption and vibration isolation, and can effectively reduce the noise and vibration of boilers, fans and other systems.
There is no reverse thrust because the main material is fiber fabric, which is weakly transmitted. The use of fiber compensators can simplify the design, avoid the use of large supports, and save a lot of materials and labor.
, Good high temperature resistance and corrosion resistance The selected fluoroplastic and organic silicon materials have good high temperature resistance and corrosion resistance.
It has good sealing performance and a relatively complete production and assembly system, and the fiber compensator can ensure no leakage.
, light body, simple structure, easy installation and maintenance.
, the price is lower than that of metal compensators, and the quality is better than imported products. The circular non-metal compensator is composed of a composite non-metal and two flexible components that can be connected to adjacent pipes. It is mainly used to compensate for pipes and equipment systems that transport micro-pressure dust gas, smoke, coal gas and other gases.
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