Stainless Steel Angle Bar

201 stainless steel angle bar 201 is part of the 200 series of austenitic stainless steel. 201 is used to produce a range of household appliances, including sinks, cooking utensils, washing machines, windows, and doors. It is also used in automotive trim, decorative architecture, railway cars, trailers, and clamps. It is not recommended for structural outdoor applications because of its susceptibility to pitting and crevice corrosion.ElementType 201 (Wt.%)Carbon: 0.15

202 stainless steel angle bar Grade 202 stainless steel is a type of Cr-Ni-Mn stainless with similar properties to A240/SUS 302 stainless steel. The toughness of grade 202 at low temperatures is excellent.It is one of the most widely used precipitation hardening grades, and possesses good corrosion resistance, toughness, high harness, and strength. ElementType 202 (Wt.%)Carbon: 0.15 maxManganese: 7.50-10.00 max.Phosphorus: 0.06 max.Sulfur: 0.03 max.Silicon 1.00 max.Chromium:

304 stainless steel angle bar 304 stainless steel is the most versatile and widely used stainless steel. 304 stainless steel is an austenitic grade that can be severely deep drawn. This property has resulted in 304 being the dominant grade used in applications like sinks and saucepans. It is also widely used in springs, screws, architectural panelling, tubing, brewery, food, dairy and pharmaceutical production equipment. ElementType 304 (Wt.%)Carbon: 0.08 maxManganese: 2.00

316L stainless steel angle bar 316L austenitic stainless steel is a low carbon version of 316 . The low carbon helps improve weldability as compared to the 316 as well as improved corrosion resistance. The added Molybdenum in 316L gives this grade much better pitting resistance than the traditional 304L stainless. This alloy is one of the most widely used stainless steels showing up in just about every industry and is often used in seawater applications due to the pitting

317L stainless steel angle bar 317L is a molybdenum bearing, low carbon content "L" grade austenitic stainless steel that provides improved corrosion resistance over 304L and 316L stainless steels. The low carbon provides resistance to sensitization during welding and other thermal processes. 317L is non-magnetic in the annealed condition but may become slightly magnetic as a result of welding.317L stainless steel is widely used in the following applications: condensers in

410 stainless steel angle bar 410 stainless steels are general-purpose martensitic stainless steels containing 11.5% chromium, which provide good corrosion resistance properties. However, the corrosion resistance of 410 steels can be further enhanced by a series of processes such as hardening, tempering and polishing. Quenching and tempering can harden 410 steels. They are generally used for applications involving mild corrosion, heat resistance and high strength.410

410S stainless steel angle bar Type 410S is a low-carbon, non-hardening ferritic stainless steel. The low carbon and a small alloy addition minimize austenite formation at high temperatures which restricts the alloys ability to harden. 410S remains soft and ductile even when rapidly cooled from above the critical temperature. This non-hardening characteristic helps prevent cracking when the alloy is exposed to high temperatures or welded. 410S is completely ferritic in the

420 stainless steel angle bar AISI Type 420 is a martensitic stainless steel that provides increased strength and hardness relative to Type 410, with moderate corrosion resistance. It is magnetic in both the annealed and hardened conditions. Maximum corrosion resistance is attained in the fully hardened or fully hardened and stress relieved condition. High carbon content results in the formation of chromium carbide compounds, providing excellent wear resistance and edge

430 stainless steel angle bar Stainless steel grade 430 is a non-hardenable steel containing straight chromium, and belongs to the ferritic group of steels. This steel is known for its good corrosion resistance and formability, coupled with practical mechanical properties. It can be used in certain chemical applications due to its resistance to nitric acid. Application Rail and road vehicles, container building, warehouse and transport devices for the sugar industry, sound

904L stainless steel angle bar 904L is an austenitic stainless steel. In comparison to 316L, its molybdenum addition gives it superior resistance to localized attack (pitting and crevice corrosion) by chlorides and greater resistance reducing acids and in particular its copper addition gives it useful corrosion resistance to all concentrations of sulphuric acid. Its high alloying content also gives it greater resistance to chloride stress corrosion cracking, but it is still

309 stainless steel angle bar 309 is an austenitic chromium-nickel stainless steel known for its high corrosion resistance and strength. 309 has the same machining properties as 304, and can be roll formed, stamped, and drawn easily. Due to its properties, especially its ability to work under high-temperatures, you will find 309 in a wide variety of applications including: Boiler baffles, furnace components, oven lining, fireboxes, kiln Liners, sulfite liquor handling

309s/310s stainless steel angle bar 309 is an austenitic chromium-nickel stainless steel known for its high corrosion resistance and strength. 309 has the same machining properties as 304, and can be roll formed, stamped, and drawn easily. Due to its properties, especially its ability to work under high-temperatures, you will find 309 in a wide variety of applications including: Boiler baffles, furnace components, oven lining, fireboxes, kiln Liners, sulfite liquor handling

304L stainless steel angle bar 304L is the low carbon version of 304. It is used in heavy gauge components for improved weldability. 304L has a carbon maximum is 0.030. Austenitic Cr-Ni stainless steel. Better corrosion resistance than 302. High ductility, excellent drawing, forming, and spinning properties. Essentially non-magnetic, becomes slightly magnetic when cold worked. Low carbon content means less carbide precipitation in the heat-affected zone during welding and a