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Double flange disassembly joint , Double Flange Removal Joint, Pipe Removal Joint, SUS 304L, SUS 316L,
DN32,DN80,DN100,DN150,DN200,DN500,DN600,DN800,DN1000,DN1200,-DN4000
A detachable joint compensator is a self limiting detachable joint that can be easily installed and removed between two fixed flanges in a pipeline.
The sliding system provides a displacement of up to 50mm, making it easy to disassemble the equipment.
This type of detachable joint compensator has a valve that is locked onto the pipeline using a pull rod and pressure cap.
It consists of a movable male head and a fixed female head, with a flange in the middle that can be tightly closed, forming a good seal with the sealing joint.
Removable compensators are commonly used in scenarios that require frequent disassembly and assembly, such as industrial pipelines,
machinery and equipment. Simplified the connection and disassembly process, thereby improving work efficiency.
Detachable joint compensators are mainly used in drainage pipeline systems, long-distance pipelines that are prone to ground settlement,
and construction processes where the axial concentricity of pipelines cannot be guaranteed. By adding them to the pipeline system,
it is possible to avoid compression or tension of the pipeline when axial thrust deviation occurs, preventing pipeline leakage and fracture.
Due to its reduction of stress on the pipeline, it ensures smooth flow and compensates for axial displacement of the pipeline.
By adjusting the active nut on the transmission joint, the length between the transmission joint
body and the transmission joint sleeve can be adjusted to achieve compensation effect.
advantage
1. Easy installation and disassembly, improve work efficiency, and reduce costs.
2. The sliding system provides a displacement of 50mm, making equipment disassembly easier.
3. Strong self-restraint ability, suitable for scenarios that require frequent disassembly and
assembly such as machinery and equipment, industrial pipeline systems, etc.
4. The compensation function enables it to adapt to the axial displacement of the pipeline,
avoiding pipeline leakage and fracture, while ensuring smooth flow.
