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Large Head Steel
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 3/16" Large Head Steel Rivets 250 PK WHITE IMCA CIRCLE  US $20.99
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 3/16" Large Head Steel Rivets 250 PK RED IMCA CIRCLE US $20.99
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Structures from pre-eng steel buildings pre-eng metal buildings to large skyscrapers require someone to cut, drill, bend and join structural beams, columns, plate and angle. All of this work is done at a structural steel fab shop, because the work is done on a contract-by-contract basis for many different builders.
A structural steel fabrication firm must do the equivalent tasks as a carpenter - sawing and drilling. But the workpiece to be sawed or drilled could weigh close to a ton or more. The workpieces - I beams, H beams, heavy plate, channel, angles, HSS - are transported through the shop using cranes and conveyors. They are moved between different workstations where a number of "shaping" tasks are accomplished - sawing and drilling, grinding (the equivalent of "sanding" structural steel), in addition to "beam coping" for which there isn't an equivalent task in the woodworking world.
Drilling is carried out by a beam drill linebeam drill line. Here, a large strauctural beam or channel is moved into place to line it up with a drilling head. The drill head moves in an up-and-down plane to drill bolt holes into the flange of the I beam or in a side-to-side plane to drill into the web of the beam. The carbide drill bits spin at thousands of rpms to drill holes extremely quickly, but these kinds of high speeds often need coolling fluids to be sprayed on the work area.
A beam coping machine might not be a machine at all. It may be a hand-held cutting torch. The operator follows a design drawn on the workpiece. The actual cut referred to as a cope is a notched out section of an end of a structural steel beam that prevents interference with another structural section when the workpiece is installed in place at the job site. Since coping is so prevalent, the manual coping torch has been automated, moving the workpiece into a panel-walled box and affixing the cutting torch to the arm of an industrial robot.
This concept of the robotic coping torch has been extended to the other structural steel fabrication jobs, producing a line of versatile all-in-one structural fabrication models. These machines do not use any friction metal cutting technologies at all - just the thermal cutting torch. The new all-in-one plasma fabricating machines guide the I beam into an area where the plasma torch-wielding robot arm can produce a complete cross cut and can cut bolt holes in the flange or web. This reproduces the capabilities of the bandsaw and the beam drill line. The plasma cutting machine can then cut notches, slots, circles or any other feature, carrying out the functions of a structural plate workstation.
And, of course, the plasma machine can make all manner of cope cuts.
These versatile plasma cutting systems are an exciting new capability for the structural steel fabricator. But they are getting increasingly popular, as they can replicate the functions of the machine discussed above (plus a couple more highly specialized machines) with one single piece of equipment that achieves all needed structural steel fabrication operations.
Learn more about the new class of plasma cutting structural steel fabrication machines. Visit the PythonX web site and explore.
Steel Drum Compactor
Although standard 55 gallon drums are one of the most convenient storage mediums seen in modern industrial facilities, the greatest limitation offered by the vessels is their comparatively large size that makes disposal difficult. When your business uses a lot of drums, you will soon discover that these useful storage items quickly become a liability when it comes to disposal. The relatively large size of the barrels coupled with the important and highly expensive costs of disposal under EPA guidelines means that one of the most important considerations facing any user of standard drums is their disposal. With this in mind, having appropriate systems such as steel drum compactors in place to reduce the disposal cost is vital to ensuring the continued profitability of your business.
Many recycling and disposal companies make a charge to companies based on the volume of the items that they are dealing with, so crushing any waste drums to the smallest size possible will reduce your costs enormously. Steel drum compactors are able to take a standard empty 55 gallon drum, and then compress it to just 6 inches in height using more than 38,000 pounds of crushing power.
The latest steel drum compactors are high powered and are excellent for reducing the amount of storage space required for waste, and reduce the costs of disposal too.
Thanks to their push button operation, the steel drum compactors are incredibly simple for anyone to use, and a 25 second turnaround between crushing actions, it is possible to run a very effective process and get the most out of the machine.
Many businesses use standard 55 gallon drums for disposal of general waste from industrial processes, and a drum compactor can help in this regard. As well as being used to crush drums down to just 6 inches in height, fitting a different head onto the piston, the compactor can be used to compress the waste in a drum, allowing you to fit even more waste materials into it. This will allow for you to make enormous reductions to the amount of waste that your business produces, and minimize the amount of storage space that you need for waste.
The cost benefits of a drum compactor are numerous, ranging from the fact that they reduce the amount that a business needs to pay for the disposal of used drums through to the more subtle savings such as the reduction in the amount of space that needs to be dedicated to storing waste products. The drum compactor is an increasingly important part of any business' waste management strategy, and as greater focus is placed on recycling and sustainable management of resources, the ability to prepare drums for reuse by crushing them for storage means that you will be doing your bit for the environment by getting drums ready for reprocessing.
With the ease of use offered by the latest steel drum compactors, and the impressive power that they are able to bring into place for crushing and compressing waste makes them a useful tool for managing your storage space.
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Madonna statue on its way to new home. Madonna Madonna Madonna?
The 10-foot stainless-steel head of Our Lady Queen of Peace was hoisted from sculptor Charles Parks’ studio at Bancroft Mills on Tuesday and driven to Bruce Industrial Co. on New Castle Avenue south of Wilmington.
In weeks to come, the head will be welded to the steel torso and the completed statue taken to Holy Spirit Catholic Church. There it will stand with outstretched arms reaching toward the Delaware Memorial Bridge.
The 34-foot tall Madonna was built for $500,000, the money raised by a local group of Catholics. Our Lady Queen of Peace is the third large Madonna created by Parks and the first to remain in Delaware.
Victor
Buy Homes for 1/2 Price - http://alfatim.atspace.com/home.html
Hey Viatek,
What is your question? You made a statement about Madonna, and have homes for sale.
YUAG renovations on schedule
The two large red cranes on Chapel Street, the scaffolding and protective fencing around the periphery of Egerton Swartwout’s Old Art Gallery and Street Hall, and the occasional disruption of traffic on High Street are signs of progress.
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