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2019

Bending Aluminum Tubing

Bending Aluminum Tubing

Profile bending machine can bend most all aluminum structural shapes. Structural shapes can be rolled in to rings for many uses, the corrosion resistance as well as its strength-to-weight ratio make aluminum rings very useful.
Many sports and entertainment arenas use curved aluminum for its light weight and strength when making curved supports for overhead signage, display boards, and monitors.

Hydraulic tube bending machine

What is Pipe Bending and Tube Bending

It’s worth a mention firstly that there are two common terms used in industry, tube bending and pipe bending. Tube is measured by the outside diameter whereas pipe is measured by the inside diameter. Pipe sizing refers to the nominal inside diameter, sometimes called nominal bore, rather than the actual inside diameter.

Steel Beam Tolerance After Rolling

Bent beams are used everywhere – in structures for functionality or aesthetic appeal, in circular shell stiffening rings on vessels and for monorails or roof trusses. Steel beams can be rolled vertically (the weak-axis) or horizontally (the strong axis). When rolling steel beams, it is important to consider distortion.

Curving Unistrut or P1000 Channel

Straight and Curved Unistrut channel (also called ”Flexstrut”, “Kindorf”, “Strut channel”, “SuperStrut”, “Strut”, and “Metstrut”), along with a wide variety of connectors, can supply light structural support for electrical, mechanical, heating, ventilating and air conditioning systems. Although typically P1000 is… Read More »Curving Unistrut or P1000 Channel

bending aluminum square tubing

Section bending machine can bend all types of pipe and tubing including aluminum, stainless and carbon steel. It even bend specialty materials such as copper, zirconium and titanium.

bent rectangular tubing

Bending rectangular tubing

Rectangular tube bending is the same as rectangular tube bending for the profile bending machine. The difference is that the bending parameter size is determined according to the bending height.