1.4512 X2CrTi12 Cold Rolled Ferritic Stainless Steel Narrow Strip

Introduce

Grade X2CrTi12 is well suited for cold forming, e.g. bending, flanging and deep drawing, and is easily weldable by all methods except gas welding. It is used for silencer and exhaust gas detoxification systems in motor vehicles. In addition, grade X2CrTi12 has sufficient resistance to internal and external corrosion and can also be used for wagons, containers and wheel housings of buses.

STAINLESS CHROMIUM-TITANIUM STEEL WITH FERRITIC STRUCTURE X2CRTI12, 1.4512, AISI 409 ACCORDING TO EN 10088-2. Ferritic steel.

1.4512 | X2CrTi12: Properties according to DIN EN 10088

1.4512 | X2CrTi12: Mechanical properties (transverse)

1.4512 | X2CrTi12: Chemical composition (heat analysis)

Specification and application

X2CrTi12 steel is a ferritic grade with an average of 11% chromium and 1% of Titanium in the chemical composition. Produced mostly in the form of sheets, strips and bars, it finds its application mainly in the automotive industry or in the machine industry.

Exhaust systems, small structures, car and other vehicles or machines mufflers are the most common components that are made from the above mentioned grade. None Nickel or its small content in the composition is associated with a ferritic structure, resulting in a relatively higher flue gas resistance.

Materials in the X2CrTi12 grade can work freely for extended periods of time at elevated temperatures of 500 - 600 ℃, which can be classified as heat resistant steel (bypassing standards). Unlike austenitic acid resistant steel, 1.4512 is not resistant to numerous salts, acids or bases.

Equivalents and other designations of X2CrTi12:

1.4512, 4512, AISI 409, UNS S40900, UNS S40910, UNS S40920, UNS S40930, SAE 51409, TP409, X2CRTI12, X6CRTI12, X 2 CRTI 12, X 6 CRTI 12, X 6 CRTI 17, X6CRTI12, X6CRTI17, X6CRTI12E, 409S19, 409 S 19, LW12, LW19, X7CRTI12, X 7 CRTI 12, Z3CT12, Z 3 CT 12, F12T, X5CRTI12, X 5 CRTI 12, 00CR12TI, 022CR11TI, 06CR11TI, 0CR11TI, F1-25H, F1-45, F1-60, UNS S 40900,

For over 20 years, Fushun Steel, have been dedicated to manufacturing high-quality spring steel wire. Our stable quality and superior technique are the foundations of our success, and we pride ourselves on delivering products that meet or exceed our customers' expectations. With a focus on innovation and efficiency, we utilize the latest technologies to ensure consistent quality and timely delivery.

We have more than 400 employees and our plant covers an area of nearly 15,000 square meters, with an annual output of 100,000 tons. Our advanced equipment allows us to produce high-quality spring steel products efficiently, meeting the needs of our customers.

In the production of spring steel wire, a variety of specialized equipment is essential. Shot Peening Machine. Wire Drawing Machine. Phosphating Equipment. Annealing Furnace. Polishing Equipment. Wire Coiling Machine. End Grinding Machine. Tensile and Compression Testing Machine.

Our commitment to excellence and reliability has resulted in long-standing partnerships with some of the biggest names in the industry. Like MW Industries, NHK Spring, Scherdel, Sogefi, Mubea etc. We also have established partnerships with several prominent Chinese steel groups, like Baowusteel, Xinyusteel, Nanjinsteel, Shagang etc.

Our spring steel wire comes in various categories such as music wire, hard drawn wire, oil tempered wire, chrome silicon wire, chrome vanadium wire, stainless steel wire, nickel plated wire, phosphate coated wire, galvanized wire, and copper coated wire.

Spring steel wire is a versatile material that is utilized in the manufacture of a wide array of products. including automotive suspension springs, valve springs, and torsion springs. Beyond springs, paper clips and mattress supports. In addition, spring steel wire is essential in the creation of retaining rings and circlips that are utilized to secure components on shafts or within bores, and in making various types of fasteners. The durability and resilience of spring steel wire also make it a key material in the manufacturing of certain types of cable, fencing, and even some musical instruments, such as piano and guitar strings, where its ability to return to its original shape after deformation is highly valued.