Products
Bisalloy Steels manufactures BisplateŽ - a range of high strength structural and wear resistant quenched and tempered steels as well as high hardness armour plate.
Bisalloy Structural steel grades are produced to guaranteed tensile properties and charpy impact toughness. Brinell hardness is recorded for information. Bisalloy BisplateŽ high hardness wear steel grades are produced to guaranteed minimum Brinell hardness levels, tensile and impact tests are generally waived for these types of steels. BisplateŽ Structural Grades Just as the outstanding reputation of Bisalloy continues to grow stronger and taller each day, so too do the buildings and multitude of other constructions now made possible by BisplateŽ structural grades.Bisalloy's range of high strength steels sets free the modern designer's imagination and opens up exciting new possibilities. The increased strength of BisplateŽ means that engineers and architects can now design and write specifications for structures which only a few years ago would have been impossible to build. BisplateŽ now makes it possible to build taller towers, span larger rooms, specify smaller columns while actually reducing the amount of steel needed thereby also reducing the time and cost of construction. Reductions in frame weight leads to savings on foundations, fabrication and construction costs.The benefits of BisplateŽ reach far beyond the construction site. Equipment such as dump truck bodies, storage bins, hoppers and chutes can now be manufactured with an overall lighter weight whilst still maintaining the same strength. Other benefits include lower material, fabrication and freight costs plus easier handling. You may not realise it but Bisalloy touches the lives of millions of people in a myriad of different ways
mining, construction, cranage, lifting gear and pressure vessel tankers
just to name a few. Click on the list of BisplateŽ structural grades below to see further details of each of the grades.
BisplateŽ Wear Grades When the teeth of a giant earth-moving bucket bite into a mountain side, only through hardened BisplateŽ wear grades are tough enough to withstand the unforgiving and unrelenting to rture of the daily grind. The hard and fast rule of big business will always be 'time is money' and when millions of dollars are at stake nobody can afford unnecessary downtime for repairs and replacement. Wherever you find tough jobs involving unmerciful; impacts and extraordinary abrasion, you'll always find BisplateŽ. Keep that simple fact in mind the next time you see a chainsaw blade slice through timber, a farm plough turn a field, a cement truck with its rotating mixer or a garbage truck with its hungry compactor.
BisplateŽ is the number one choice of countless industries because of its remarkable hardness and ability to withstand the toughest wear and tear
Luckily that's the only thing hard about BisplateŽ - its availability and fabrication are both remarkable. Click on the list of BisplateŽ structural grades below to see further details of each of the grades.
BisplateŽ High Hardness Armour Perhaps the greatest test for man and machine is in times of defence. It is a time when absolute reliability is paramount. It seems appropriate then that Bisalloy Steels was selected to help strengthen Australia's defence program - the ultimate vote of confidence in the strength and reliability in BisplateŽ. Bisalloy Steels has developed a range of armour steel plates used in both defence and civil applications. While few need the exacting standards of the Department of Defence, it's these complex requirements which push the boundaries of technology and result in product improvements that benefit all customers of Bisalloy Steels.
BisplateŽ Pressure Vessell Grades BisplateŽ 80PV is a high strength steel alternative for design engineers of unfired pressure vessels which meets the requirements of AS1210 and achieves light weight structure. BisplateŽ 80PV is a high strength , low alloy pressure vessel steel with a controlled carbon equivalent for optimum weldability. BisplateŽ 80PV can be successfully welded to itself and a range of other steels provided low hydrogen consumables are used and attention is paid to preheat, interpass temperature, heat input and the degree of joint restraint.
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