Manufacturing Welding Stainless Steel
Posted by Admin on October, 31, 2011
The applications of Stainless Steel know no boundaries. From domestic kitchen ware to aerospace, construction to surgical instruments, architecture to automobiles; Stainless Steel is used everywhere. Its strength, resistance to corrosion and oxidation, and durability etc. echo its superiority.
The process for manufacturing Stainless Steel involves many steps. The basic procedure is discussed below:
Another aspect in the production of Stainless Steel is the finishing. There are many methods such as annealing, sandblasting, wet etching, pickling etc. that are used to provide that perfect finish to the Steel products.
The Stainless Steel further undergoes processes like welding and grinding which gives the steel a proper shape. Laser Fusion welding, Resistance welding and Precision Grinding are employed widely. The processes are described briefly.
Laser Fusion Welding
This process is highly effective as it provides deep penetration welds while ensuring minimal effect on the Steel due to heat. This method is highly recommended since it does not deform the material. Laser fusion welding has several advantages. It can be used on Steel of different thickness. This welding technique has an excellent production output. Laser fusion welding can also be used on metals with diverse melting and thermal conductivity properties.
Resistance welding
Heat and pressure are employed to create the weld bond. The flow of electric current produces resistance that generates heat. Pressure is then applied using the electrodes and after welding, the area of weld is cleaned.
Precision Grinding
Employed to grind surfaces and angles, the technique of precision grinding depends on the Stainless Steel material. It can be used irrespective of the quantity of the Steel.
In this age where Steel industry has made itself indispensable, there are several Steel Products Manufacturers who offer variety of grades in Stainless Steel. They employ the latest technology and equipment so that they can bring forth quality Steel. So, it is easy to see that the future of Steel is strong and resilient as the material itself.
The process for manufacturing Stainless Steel involves many steps. The basic procedure is discussed below:
- The first step is to melt the raw material in an electric furnace.
- The melted steel which is semi finished is then allowed to go through giant rollers and is shaped into plates, sheets, bars and wires.
- The Stainless Steel is then heated and cooled which enables it to achieve the requisite strength. The heating process is crucial and it varies according to the category of Steel needed. For Steel characterized by high tensile strength, low temperature heating is recommended while Steel with lower tensile properties and higher strength require higher temperature heating.
- Several processes like shearing, sawing, plasma jet cutting are employed to cut the Steel products into the requisite sizes and dimensions.
Another aspect in the production of Stainless Steel is the finishing. There are many methods such as annealing, sandblasting, wet etching, pickling etc. that are used to provide that perfect finish to the Steel products.
The Stainless Steel further undergoes processes like welding and grinding which gives the steel a proper shape. Laser Fusion welding, Resistance welding and Precision Grinding are employed widely. The processes are described briefly.
Laser Fusion Welding
This process is highly effective as it provides deep penetration welds while ensuring minimal effect on the Steel due to heat. This method is highly recommended since it does not deform the material. Laser fusion welding has several advantages. It can be used on Steel of different thickness. This welding technique has an excellent production output. Laser fusion welding can also be used on metals with diverse melting and thermal conductivity properties.
Resistance welding
Heat and pressure are employed to create the weld bond. The flow of electric current produces resistance that generates heat. Pressure is then applied using the electrodes and after welding, the area of weld is cleaned.
Precision Grinding
Employed to grind surfaces and angles, the technique of precision grinding depends on the Stainless Steel material. It can be used irrespective of the quantity of the Steel.
In this age where Steel industry has made itself indispensable, there are several Steel Products Manufacturers who offer variety of grades in Stainless Steel. They employ the latest technology and equipment so that they can bring forth quality Steel. So, it is easy to see that the future of Steel is strong and resilient as the material itself.
This entry was posted on October, 31, 2011 at 14 : 18 pm and is filed under Stainless Steel. You can follow any responses to this entry through the RSS 2.0 feed. You can leave a response from your own site.
