Michael Headingten

Rebar is the name given to concrete reinforcing steel, which is commonly used in construction of masonry, concrete buildings, and other structures. It is usually made of carbon steel and has ridges for better mechanical anchoring to the concrete. The purpose of the ridges is to aide in the placement of the load between steel and concrete.

Whether your fabricator shop is big or little, you need to know that the Ironworker is what makes it successful. Five machines, not just one, make this ironworker a marvel of engineering. Most people do not realize how much more versatile it is.

In the construction industry, components such as gears and pipes are made from alloy steels. When other elements are added to the carbon and iron based materials, they become very strong.

There are lots of items that get used every day that we tend to overlook. You need to look closer at the steel construction of buildings like churches, schools, and fire departments. The huge steel girders blend into the background, so they are quite easy to miss. Metal surrounds us in our daily lives. Metal comes in many forms - it can be made into cars, trucks, homes, or businesses. It can also include smaller scale works of art created by local artisans in their own workshops, using only a

Manufacturing is the process whereby goods and services are produced for consumption by the society that demands them. Several recent changes have occurred in the manufacturing world.

When you apply a high pressure tool through a metal plate and remove part of the metal, the process is called shearing. Shear machining devices include punching machines, which make small discs, and blanking machines, which produce washers and similar objects. Direct tool ordinary machining is NOT the same as shear machining. With standard tool machining, a single or multiple point tool can be employed to take out a piece of metal from the metal sheet and/or block. This process required repeate

Hydraulic press brakes are more flexible and have a higher capacity than mechanical ones because hydraulic brakes are controlled through fluid pressure to a piston. The use of pressurized fluid allows you to program different strokes and speeds within a stroke as needed. Depending on the cylinder length, stroke lengths up to 250 cm or 100 in can be easily obtained in hydraulic press brakes. The number of strokes can be as high as 600 per minute, as it is in the case of a high-speed blanking oper

Press brakes are used to make bends in thick heavy sheets and to make complex bends in thin materials.