With minimal delays, you can now produce custom beams in a continuous fashion with no need to change beam sizes or shapes. Beam Layout Welding increases productivity for both tapered and straight beams. Automatically welds both the beam's flanges at once. This allows for the maximum penetration on up to 1/2" web and 1 1/2" flange. All this in just one pass and only one side. The PHI system creates a fillet between the web and the flange. The welds are uniform and meet the requirements of construction codes.
There will never be enough H beam welding machinery on the marketplace, especially considering the increase in manufacturers. Gulf States Saw & Machinery Co. can be trusted as the best manufacturer, and we have a long history of satisfied customers.
Traditional fitting requires a skilled fitter to read the assembly drawing, take out the measuring tape, and mark the beam. The beam of a laser projector will display complete information on the beam. An operator can align the connection to the line projected by the laser and tackweld any gaps.
Beam layout welds and fabrication machines are auxiliary items, which means that they would be too heavy to transport for a regular worker. For those not in the know, electron beam welding refers to a welding technique where the electron gun generates the electrons at maximum speeds through the useof electric fields.
The application of beam layout welding and H-beams is very different. However, it's not restricted to what it can be used for. These are just a few factors that can help you tell if an H beam is an I beam.
The solid bed beneath the plate holds the metal plates while the weld head passes through it. This is where the H beam's flanges are made and cut. The web is then made from a length of plate. The web is then loaded onto a conveyor belt, similar to a welding roller, along with the flanges.
A flux recovery system is available to dispense and recover welding fluid. Seam Welder Hydraulic Power Units as well as Electric Controls drive the conveyors to the Seam Welder entrance and exit.
A welded beam consists of three individual sections of steel – a web, a top flange and a bottom flange. These segments are merged together with deep fillet welds to create an incredibly robust building material.