Precision designed to withstand high pressure, shock, vibration, vacuum pressure, and temperature fluctuations. The pipe uses an ideal double ferrule method to eliminate torsion.
Precision designed to withstand high pressure, shock, vibration, vacuum pressure, and temperature fluctuations. The pipe uses an ideal double ferrule method to eliminate torsion.
Precision designed to withstand high pressure, shock, vibration, vacuum pressure, and temperature fluctuations. The pipe uses an ideal double ferrule method to eliminate torsion.
Precision designed to withstand high pressure, shock, vibration, vacuum pressure, and temperature fluctuations. The pipe uses an ideal double ferrule method to eliminate torsion.
Precision designed to withstand high pressure, shock, vibration, vacuum pressure, and temperature fluctuations. The pipe uses an ideal double ferrule method to eliminate torsion.
Precision designed to withstand high pressure, shock, vibration, vacuum pressure, and temperature fluctuations. The pipe uses an ideal double ferrule method to eliminate torsion.
[Features]· Precision design that can withstand high pressure, impact, vibration, vacuum and temperature changes.· Double-ferrule type that does not cause the pipe to have a helix angle.· Small, lightweight and low tightening torque. Does not require any special tools for use.· Can be easily connected, removed and re-used, helping keep costs down.· Reliable sealing performance due to the unique interlocking action of the double ferrules.· Depending on the torque and orientation of the axis, pipe
[Features]· Precision design that can withstand high pressure, impact, vibration, vacuum and temperature changes.· Double-ferrule type that does not cause the pipe to have a helix angle.· Small, lightweight and low tightening torque. Does not require any special tools for use.· Can be easily connected, removed and re-used, helping keep costs down.· Reliable sealing performance due to the unique interlocking action of the double ferrules.· Depending on the torque and orientation of the axis, pipe
