Product Description
Pipe fittings are the components in the pipeline system that play the roles of connection, control, reversal, diversion, sealing, and support.
Note that these 304 Stainless Steel Compression Fitting are lead-free.
MATTERS NEED ATTENTION：
1. Saw off the appropriate length of steel pipe, need to remove the port burrs.
2. It is recommended to apply lubricating oil during assembly (the steel pipe must be inserted to the end).
3. Double ferrule ring, divided into a front ferrule and a back ferrule, pay attention to the order of installation.
4. After tightening the nut to the pressure point, then tighten the nut by 1/2 turn.
5. When purchasing pipe fittings, consider the application as this will affect the material type, shape, size and desired durability. Fittings are threaded or unthreaded and come in many shapes, styles, sizes and schedules (wall thickness)
PACKAGE INCLUDED:
5 x 1/4" OD x 1/4" OD Compression Tube Fitting
"Product Information
- SIZE - 1/4" Tube OD x 1/4" Tube OD, Compression Tube Fitting mainly consists of a fitting body with a 24 degree tapered hole, a Double Ferrule Ring with a sharp inner edge, and a nut for compression.
- MATERIAL - Made of high quality 304 stainless steel, it has excellent oxidation and corrosion resistance, high compressive strength, abrasion resistance, durability, good low temperature toughness, heat resistance and mechanical properties.
- Use - Suitable for oil, gas, water and other non-corrosive or corrosive pipeline systems, temperature and pressure resistance, good sealing and repeatability, no need for welding and flaring tools, easy disassembly, installation and maintenance, etc.
- WORKING PRESSURE & TEMPERATURE - 1400PSI maximum working pressure, temperature range -328°F to +392°F (-200°C to +200°C)
- WORKING PRINCIPLE - Compression Tube Fitting is to compress the ferrule by thread interlocking, and the two ends of the inner diameter of the ferrule tightly wrap the tube due to radial shrinkage, which plays a sealing role and realizes the sealing and tightening effect between the joint and the tube.
