Features of embedded joints and piping methods
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Features of embedded joints and piping methods
Features of embedded joints and piping methods
Embedded joints have a wide range of uses, and construction workers need their characteristics and piping methods to be able to apply them flexibly.
The features of the embedded connector are as follows:
1. Small size and light weight.
2. The fluid temperature range is wide.
3. When connected with a hose, the connector body can be reused, and only the plastic meson needs to be replaced.
4. Applicable to lock the type of trachea material.
5. The nut and the hose can be tightened manually.
6. Can be assembled and disassembled quickly.
The piping method of the embedded joint is as follows:
Before installing the embedded joint and piping, you need to confirm the inner and outer diameters of the pipe, not just the outer diameter. Since the joint body has a liner that is connected to the inner diameter of the air pipe, if the inner diameter specifications are different, the piping effect will not be ideal or even impossible to install.
For example, the outer diameter is 4, and the corresponding inner diameters are 2.5 and 2; the outer diameter is 8, and the corresponding ones are 5 and 6mm; the outer diameter is 12, and the corresponding inner diameter is 8 or 9; the outer diameter is 16, and the inner diameters are 11 and 13mm.
After reading this, I believe everyone has some understanding of the characteristics and piping methods of embedded connectors. I hope everyone can use the connector correctly.
The features of the embedded connector are as follows:
1. Small size and light weight.
2. The fluid temperature range is wide.
3. When connected with a hose, the connector body can be reused, and only the plastic meson needs to be replaced.
4. Applicable to lock the type of trachea material.
5. The nut and the hose can be tightened manually.
6. Can be assembled and disassembled quickly.
The piping method of the embedded joint is as follows:
Before installing the embedded joint and piping, you need to confirm the inner and outer diameters of the pipe, not just the outer diameter. Since the joint body has a liner that is connected to the inner diameter of the air pipe, if the inner diameter specifications are different, the piping effect will not be ideal or even impossible to install.
For example, the outer diameter is 4, and the corresponding inner diameters are 2.5 and 2; the outer diameter is 8, and the corresponding ones are 5 and 6mm; the outer diameter is 12, and the corresponding inner diameter is 8 or 9; the outer diameter is 16, and the inner diameters are 11 and 13mm.
After reading this, I believe everyone has some understanding of the characteristics and piping methods of embedded connectors. I hope everyone can use the connector correctly.
