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Characteristic Features : Can read high-hardness easily compared to 7010. High fatigue strength, including in adhesive, rivet, screws is suggested, using with protectors in outer environments is suggested. Warnings : Be careful while selecting heat treating Product Shapes: plate, bar, roll, pipe, wire, profile types

It is the quality with the best malleability feature among the austenitics. Its malleability capability is around 78% and it is named as the automat of stainless steel. Although the sulfur (S) addition improves its malleability, it also reduces corrosion resistance (lower than 304) and weakens its formability, it is especially not suitable for straight bending. Despite sulfur, its toughness degree is the same as 304

304 quality is the most commonly, and in a versatile way, used stainless steel in the world. It has ability to be perfectly shaped and welding capability. Austenitic structure of 304 provides to perform deep drawing without intermediate annealing, and therefore, it is preferred in manufacturing which requires deep drawing such as sink, natural gas chimneys and saucepan. It can be used for various purposes in sectors such as industry, architecture, transportation.

310 quality is designed to withstand high temperature service. Despite this feature, material softness and weldability are quite good. It can operate continuously at 1150 degrees and does not rust. It can operate intermittently at 1040 degrees. Like other austenitic grades, it has excellent toughness. The 310S quality is resistant to high temperatures both in moist and dry environments. The low carbon content of the 310S allows it to withstand temperatures less than 310 does.

316 quality is the best known stainless steel after 304, the biggest difference is containing molybdenum (Mo). Molybdenum (Mo) 316 is better resistant to corrosion in corrosive environments than 304, it is especially good against cracks and pits in the surface and interior structure. Its shaping and welding capability is high. It can be used for various purposes in sectors such as industry, architecture, transportation. It does not require post-welding annealing for thin sections. 316L is the low carbon version of 316. Therefore, it does not require post-welding annealing for thick sections of 316L. 316Ti contains a small amount of titanium (Ti), the ratio is around 0.5%. The greatest advantage of this quality in the other two qualities is that it has a longer strength at high temperatures.

420 quality stainless steel can be hardened by many heat treatments like high carbon steel. It contains at least 12% chromium (Cr) and this alloy is sufficient for corrosion resistance. It has good softness in annealed condition, but it has the ability to get 50 Rockwell hardness by heat treatment. For best corrosion resistance it must be hardened and gets it surface cleaned or polished.

AISI630 quality stainless steel is a type of steel that is rapidly used in the world since it has high mechanical strength, high hardness and good price-performance ratio. AISI 630 quality stainless is commonly used in pump and valve shafts, kitchen utensils, petrochemical industry, chemical plants and places with stainless steel decoration materials. Defense industry is one of the most widely area of use of 1.4542, that`s also named as PH 17-4, stainless quality. This stainless steel material, which is preferred in the defense industry in our country, is frequently used due its high level of mechanical values and long life

Mercury steels are a set of steels that are hardened with water suitable for the construction of tools such as twist and dental drills, Guides, Drift punches, Countersinks , Center drills, Rasps, Hole punches, Metal saws, Drawing punches and all sorts of staples, connecting tab and similar tools.

WELDING FEATURES With a simple fusion, two parts can be combined. Large and heavy parts such as blocks and pipes can be welded using eutectic and tin-lead solder or melting alloys with low fusion points.