AR steel for extreme, high-impact wear conditions
Ultimate chromium carbide plate for extreme wear resistance, durability, and moderate impact performance
Industry-leading abrasion resistant pipe lasting up to 6x longer
Wear resistant pipe lasting up to 2x longer
Top-of-the-line couplings, flanges, weld rings, end grooves, and reducers
Rugged, customizable diversion valves for improved safety, efficiency, and reduced downtime
Triloy alloy shafting bar for unmatched strength, machinability, and durability
Special treated pins for ultimate wear resistance and toughness
Superior joining for high-strength metals
Versatile welding solution for high-strength and corrosion-resistant metals
Economical hard-facing alloy for balanced impact and abrasion resistance
Superior metal-cored welding for exceptional impact and abrasion resistance
Premium chromium carbide welding for exceptional wear resistance
Pneumatic pipeline systems present some very specific challenges. Often, they are suspended over equipment or even pass between buildings. While the material being moved may appear lightweight, the volume and velocity result in significant wear to mild steel piping systems, particularly at areas where there is a change in direction. Accessing these systems for maintenance and repair usually requires system shutdown and may expose workers to hazardous conditions. Even one unreliable component in a pneumatic system can create headaches and expensive downtime.
One solution is to increase the radius of the bend in order to make the transition smoother, but that may require new mounting hardware or be impractical based on the location of other equipment. Our team encountered this complicated scenario with several customers, so we set our engineers on solving this problem.
Their knowledge and experience resulted in the ULTRA TECH EXTENDED LIFE ELBOW (XLE).
The XLE Line of elbows are heavy walled and cast from steel with high manganese content. They excel in pneumatic applications. The impact from pneumatic applications actually hardens the inner wall of the elbow over time!
One customer tried several options for a trouble spot in their foundry sand transport system. Our engineers tackled the problem and developed the XLE Extended Life Elbow.
In this real-world application, the 4″ XLE transported over 4 million pounds of sand and lasted for a full year. When inspected, that elbow still had half of its wall thickness intact.