Bellows compensator, corrugated compensator, metal compensator Xinghang new technology research and development

口径：

DN600

压力：

1.6mpa

补偿量：

160mm

Xinghang rectangular corrugated compensator (type) is also called rectangular compensator, rectangular bellows and rectangular expansion joint. It has axial, transverse and angular compensation functions. Rectangular corrugated compensators are widely used in the inlets and outlets of central air conditioning pumps, fire pumps, and domestic water supply pumps. They can effectively reduce host vibration, absorb pipeline noise, protect equipment, and extend the service life of equipment. They are durable, high temperature resistant, high pressure resistant, and anticorrosive. , environmental protection and other advantages. It effectively solves the unsanitary, easy aging, unstable pressure resistance, easy delamination, tearing, explosion and other undesirable factors caused by the old rubber soft joints, and solves the worries of the pump room.
The rectangular expansion joint is a flexible component composed of composite non-metal and two pipes (or flanges) that can be connected to adjacent pipeline components and thermal insulation material. It is mainly used to compensate for the transmission of micro The displacement of pipelines and equipment systems that suppress dust gas, smoke, coal gas and other gases due to temperature, mechanical vibration and foundation subsidence
Expansion joints, also known as compensators, rely on bellows expansion, contraction and bending to axially adjust the pipeline. , transverse and angular compensation. Its function can
compensate and absorb the axial, transverse and angular thermal deformation of the pipeline.
.Absorb equipment vibration and reduce the impact of equipment vibration on pipelines.
.Absorb the deformation of pipelines caused by earthquakes and ground subsidence.
Most manufacturers recommend years for the service life of rectangular expansion joints, but the key is the number of starts and stops of the pipeline during use. Frequent starts and stops cause alternating stress to damage the material, and the service life should be shortened accordingly.
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