The tube and pipe production technology area encompasses mills and all of the equipment that makes a mill run successfully: tooling, welding units, nondestructive testers, bundlers, scarfing equipment, straighteners, scrap choppers, and washing systems.
March 13, 2007
Five tube drawing methods are sinking, rod drawing, floating plug drawing, tethered plug drawing, and fixed plug drawing. Choosing the right method or combination of methods for a particular application requires understanding the characteristics of each. Tube producers also have a choice of feedstock: seamless or welded tube. Likewise, choosing the right one is a matter of understanding the differences.
January 9, 2007
Kent Corp.'s Burrmaster model 10 automatically deburrs both ends of large-diameter, short-length tubing simultaneously.Capable of deburring tubing from 1.7 in. O.D. to 4.756 in. O.D., lengths from 2 ...
November 7, 2006
Glen Stapleton relies on his experience in troubleshooting for more than 30 years to discuss the most pressing pilger mill maintenance issues—causes, cures, and tips to prevent breakdowns and get the machines up and running again when they do fail.
October 12, 2006
The Timken Co. today announced its intention to exit its European seamless steel tube manufacturing operations located in Desford, England, as part of its strategy to manage its business portfolio to...
October 10, 2006
When Hastings Irrigation Pipe Co., a manufacturer of aluminum pipe, needed to replace its decades-old welding power supplies, it looked for units that could weld a variety of thicknesses at fast welding speeds. What it found were power supplies that allowed the company to run its mills faster and save money in several ways.
September 15, 2006
Dirt, rust, and wear, cost tube producers and fabricators millions of dollars annually, and they can be the bane of tube processes. Analyzing the criteria for selecting the lubricants can help you select the best lubricant extend tool life and improve bends.
August 8, 2006
This article, Part II of a two-part series, discusses the different types of die set accelerators found in flying shear tube cutoff systems. It presents an overview of earlier accelerator technologies still in use today—cam link, assisted lift target, and air/oil units. It also discusses three common closed-loop die set accelerators that represent newer technology—hydraulic servo valve, servomotor belt, and servomotor rack and pinion.