| Structure: | Single |
|---|---|
| Material: | rubber |
| Operating Angle: | 15 |
| Place of Origin: | China (Mainland) |
| Model Number: | JGD2 |
| Brand Name: | HENGZHONG |
| Type: | detachable joints for pipe |
| Connection: | Flange |
| Model Number: | JGD |
| Casing Ply: | Nylon Polyester Fabric |
| Working Temp: | -10-120 deg |
| Medium: | water,seawater, acid, and so on |
Quick Details
Specifications
detachable joints for pipe can significantly reduce the vibration and noise of pipe system, vibration absorbing ability. Can fundamentally solve all kinds of pipeline interface displacement, axial expansion and concentricity problems.
detachable joints for pipe According to different materials in a flexible rubber joint can be made from acid, alkali resistance, corrosion resistance, oil resistance, heat resistance and other kinds of varieties, and adapt to a variety of media and the environment.
detachable joints for pipe material polarity rubber, sealing good, light weight, easy installation and maintenance, long service life, but to avoid contact with sharp metal instruments, so as not to puncture sphere.
Such as in a flexible detachable joints for pipe overhead with elastic support, to inwas used stall the bolt tightening with a diagonal method.
Such as in a flexible detachable joints for pipe line pressure is too high, the limit bolts to both ends of the flange together. pressure. detachable joints for pipe According to the pump head to choose, general and commonly used joint working pressure is 0.6, 1.0, 1.6, 2.5 Mpa. 7, temperature. According
Transmission medium to choose you, generally between 15 °C and 115 °C special - 30 °C ~ 160 °C.
medium. Generally applicable detachable joints for pipe medium: the joint of air, compressed air, water, sea water, hot water, oil, acid, alkali, etc.
more professional but also burst pressure and vacuum, etc
most of the water pump with joint as a single sphere
can produce transverse, axial, angular displacement, detachable joints for pipe pipe impassability heart, flange unparallel restrictions.

