How can metal expansion joints accurately control displacement compensation to avoid pipeline damage in different temperature fluctuation scenarios?

Metal expansion joints, as the "flexible joints" in piping systems, are key components designed to address this problem. They can absorb axial, lateral, and angular displacements.

Why are metal expansion joints considered "flexible joints" in high-temperature piping systems, rather than simple connectors?

In high-temperature piping systems, metal pipes are not static channels but rather undergo a continuous thermodynamic dynamics.

How flexible is the metal hose? Can it be bent and installed in a tight space without getting damaged?

From the perspective of structural design, the bellows and mesh sleeve of the metal hose work together to provide key support for flexibility.

Introduction To Non-Metallic Fabric Compensators

The excellent overall performance of non-metallic fabric compensators has led to their widespread application in many engineering fields. They are commonly used in ventilation, dust and smoke exhaust, and air conditioning insulation pipes and...