Strong, highly formable, and simple to weld all describe HSLA steel coil. High strength low alloy steels are created to meet certain mechanical properties rather than a particular chemical, in contrast to other steels. With additional processing options, Siegal Steel offers an HSLA steel coil in grades 50, 60, 70, and 80. By creating stock and release programs of high strength low alloy steel coil to meet your inventory demands, we offer further cost savings.
HSLA structural steels are the best option for structural construction, including truck frames, brackets, crane booms, rail cars, and other similar applications. HSLA Steel Supplier to meet specific mechanical properties, such as hardness, strength, corrosion resistance, and environmental durability. Engineers prioritize HSLA mechanical qualities over chemical composition when choosing materials for a given project, even though approved HSLA steel grades have particular chemical compositions.
HSLA STEEL INVENTORY
- Grades: 50, 60, 70, 80
- Thickness: .045-.250
- Products: Ribbon Coils, Oscillate Coils, Cut Lengths
- Processes: Edging, Slitting, Annealing
- Chemistry: up to several percent of Mn, Si, Cr, Mo
- Cost: Medium
High strength low alloy (HSLA) steels from Eckhardt are designed to promote exceptional high yield properties, which in turn provide buyers with an incredibly cost-effective solution. Because it enables the customer to minimize the material thickness, using HSLA steel will frequently result in less material being used for a project without sacrificing the quality and safety of the installation.
In addition to great strength, our materials provide exceptional impact resistance and formability. High-strength steel with a tensile strength of up to 1300MPa is something we can provide (see the section on high yield steel). Heavy plates and sheets are offered in our stock selection. A comprehensive range of high strength low alloy steel products is offered by Masteel UK Limited and may be shipped to customers anywhere in the world.
These strong metals help create components that function well in mechanical assemblies by being engineered to achieve desired mechanical qualities and/or corrosion resistance requirements. Some HSLA steels are used to create components with structural goals as well. They are incredibly well-liked as metals that may be used in numerous industries.
Eckhardt worked on developing these kinds of robust steels for use in the oil and gas sector. Compared to most goods made from carbon steels, those made from these steels have higher tensile strength and ductility. To create HSLA steel workpieces, several foundries use hot rolling and cold rolling processes. Metal is formed and welded by manufacturers into a range of mechanical parts.