Teflon Male Thread Joint

Teflon joint

Lightweight structure, easy to operate and install

Inner tube material: smooth pure PTEE

Outer braided layer material :304 stainless steel

Working pressure :207bar (3000pslg)

Hose Size :1/4 "to 1"

Operating temperature :-53℃ to 204℃ (-65°F to 400°F)

Standard and customizable lengths are available

Electrostatic discharge

Fluid flowing through a hose can generate static electricity. Choose a hose with sufficient conductivity to ensure the static charge to the ground and allow static electricity to dissipate. If static electricity is possible in an application, choose an electrostatic dissipating hose and ground it properly.

vibration

The amount of vibration of the system should be considered when selecting the hose. Metal hoses may not be suitable for systems with persistent or severe vibration.

The length of the

Hose movement, system pressurization, and thermal expansion must be considered when determining hose length. When the hose length is not enough to meet the requirements of the above factors, the hose service life will be shortened.

Minimum bending radius

The minimum bend radius of the hose must be observed. If the bending radius of the hose is too small, the hose may be twisted and its service life may be shortened.

Strain of hose

Bending the part too close to the hose/connector connection may cause the hose to break or leak.

Absorption of motion

Distribute the movement by sufficient hose length and prevent bending less than the minimum bend radius of the hose.

Machine tool tolerance

Changes in length due to machine movements and tolerances must be considered.

System pressure variation

Adequate hose length should be used to accommodate system pressure changes. Do not connect the high pressure hose to the low pressure hose.

Bend in the same plane

Hose bending should be done on the same plane to avoid distortion. For complex bending, use multiple hoses or other isolation measures.

Rules of coding