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The structure and function of Limit Flexible Rubber Joint

Release time:

2021-09-15

Limit Flexible Rubber Joint is a new type of rubber soft joint to be used in the pipeline, which is composed of itself, sealing ring and screw cap.

The structure and function of Limit Flexible Rubber Joint

Limit Flexible Rubber Joint is a new type of rubber soft joint to be used in the pipeline, which is composed of itself, sealing ring and screw cap. In the case of work, the self and the screw cap are also pressed against each other, and the sealing ring inside them is bent to make the contact surface higher, so as to have a sealing effect. It also has force-transmitting anchor screws on the outside. In short, it can bear the axial driving force from the pipeline. This is because vibration will occur near the valve fittings when it is running. In order to facilitate the dispersion of the vibration driving force concentrated in one point , then it needs to be assembled, according to her to transmit this force to all the pipes, so as to maintain the pipes.

Another feature of Limit Flexible Rubber Joint is that in the case of installation and maintenance, the pipes on both sides can be rotated only by removing the upper anchor screws, and then tightened again, which is very convenient and quick to disassemble and assemble the pipes. Also, when the working temperature changes, the pipe can expand freely on both sides of the RF connector. When the concrete cracks, the pipe can be deflected to ensure the tightness and no leakage, and then fully exert the effect of automatic compensation.
The Limit Flexible Rubber Joint pavement is convenient and fast for force transmission in the pipeline, maintenance, and compensation for deviation. It is a chemical substance produced by the progress of science and technology in the new era. During the installation steps, attention should be paid to the offset of the expansion joints of the pipeline. This can be calculated according to the length of the pipeline, the working temperature, and the thermal expansion coefficient of the raw materials, and then assemble the products with suitable specifications and models and the amount of expansion joints to avoid insufficient compensation for the machine, resulting in The pipeline produces a series of unexpected events.