For customers looking to escape the limitations of welding pipe connections, LiNX | AS represents the Next Generation of mechanically attached fittings: A Cold-Press pipe connecting solution that creates a permanent, all-metal joint – replacing welding.
Driven by the client needs and the potential in the market, we as a team from different parts of the globe have come together to deliver LiNX | AS.
Significant investment in Research and Development has produced a fully Tested and Certified range of Fittings and custom installation Tooling.
The Pipe to be connected slides snugly into the LiNX | AS fitting body
The outer press-rings are driven axially over the fitting body by the proprietary LiNX | AS Press-Tool
Inside the fitting body, the machined bite rings constrict around the pipe forming a gas-tight seal
The pipe is held fast in an all-metal permanent joint
LiNX | AS fittings form a joint that is stronger than the pipe
Quick and faultless installation
100% Metal to metal sealing
No complex assembly process
Fit and forget reliability
No welding
No soldering
No bonding or screws
Only small installation space required
Fire-Proof joint
Compatible with both welded & seamless pipes
Works on pipes with thin walls allowing the pipes to be correctly specified
Imperial & Metric sizes
Suitable for Carbon
Alloy & Stainless Steels
Improved corrosion resistance
Higher pressure capacities
Impervious to vibration and pulsation
This means the pipe joints are no longer the weakest part of the system
Core Range: ½” – 2” NPS, 20-60mm metric sizes
Full Range: ¼” – 6” NPS, 6-170mm metric sizes
Standard Fittings: Sch40 and Sch80
Special Order: Sch120/160/XXS
Thin Wall piping below Sch40 can be used with the Compatibility Insert
Standard – AISI 4140 and 316L
Specialist – 304 and 2205/2507
Fuel
Storage / Distribution
Raw materials
Intermediates
Finished products
Water
Steam
Compressed Air
Refrigerant/ Coolant
High Pressure
Hazardous
Grey Water
Toxic
Mission Critical
Nuclear
Explosive (ATEX)
Central Supply
Manifold Block
System Connections
Pressure Stepping
Fire main
Distribution/ Manifolds