What is the structure and working principle of articulated joints?
Articulated joint is a mechanical connector, which is mainly composed of connecting plate, hinge shaft, and hinge cap. The connecting plate can be customized into different shapes and lengths as needed to meet the connection requirements of various pipelines and equipment. The hinge shaft and hinge cap are used for connection and support, ensuring the stability and reliability of the joint.
In terms of working principle, articulated joints utilize the rotation mechanism of hinges to achieve flexible connections between pipelines or equipment. Due to the presence of hinges, the joint can be adjusted in multiple angles and directions to adapt to different installation environments and pipeline layouts. This flexibility makes articulated joints particularly useful in complex pipeline systems, allowing for easy resolution of angle and orientation issues in pipeline connections.

What is the structure and working principle of articulated joints?
Articulated joint is a mechanical connector, which is mainly composed of connecting plate, hinge shaft, and hinge cap. The connecting plate can be customized into different shapes and lengths as needed to meet the connection requirements of various pipelines and equipment. The hinge shaft and hinge cap are used for connection and support, ensuring the stability and reliability of the joint.
In terms of working principle, articulated joints utilize the rotation mechanism of hinges to achieve flexible connections between pipelines or equipment. Due to the presence of hinges, the joint can be adjusted in multiple angles and directions to adapt to different installation environments and pipeline layouts. This flexibility makes articulated joints particularly useful in complex pipeline systems, allowing for easy resolution of angle and orientation issues in pipeline connections.