HOME | DD

Description

What is S275JR Plate?

The S275JR PLATE is a steel plate made from mild steel or carbon steel. These plates are having huge usage for the structural building, manufacturing in the plant, machinery building, and in mining. These plates are made of S275JR alloy which is very versatile in nature. This steel is composed of phosphorus, sulfur, silicon, and copper as major elements. It is having carbon and manganese in larger percentage as compared to other steel alloys. The plate made of this steel is having higher yield strength, higher tensile strength and have larger elongation property. The S in the S275JR determines as the correspondence to structural steel. This alloy is having good machining properties and thus it provides finish work at the edges and at the surface. The alloy is also very suitable for the welding purpose and they can also be welded at lower heat and at the lower temperature. These alloys are very slow at hardening process and thus can be shaped and formed even at low temperature although they usually face cold working and cold forming.

Description

What is S275JR Plate?

The S275JR PLATE is a steel plate made from mild steel or carbon steel. These plates are having huge usage for the structural building, manufacturing in the plant, machinery building, and in mining. These plates are made of S275JR alloy which is very versatile in nature. This steel is composed of phosphorus, sulfur, silicon, and copper as major elements. It is having carbon and manganese in larger percentage as compared to other steel alloys. The plate made of this steel is having higher yield strength, higher tensile strength and have larger elongation property. The S in the S275JR determines as the correspondence to structural steel. This alloy is having good machining properties and thus it provides finish work at the edges and at the surface. The alloy is also very suitable for the welding purpose and they can also be welded at lower heat and at the lower temperature. These alloys are very slow at hardening process and thus can be shaped and formed even at low temperature although they usually face cold working and cold forming.