Stainless Steel Wire

410 Stainless steel is the general purpose hardenable, corrosion and heat resisting steel. It readily responds to hardening and tempering operations between 1100-1350°F. With different heat treatments this steel develops excellent combinations of strength and toughness over a wide range of mechanical properties. 410 SS is resistant to dry atmospheres, fresh water corrosion, and a variety of mild acids

Heat resisting grade 446 stainless steel is a ferritic, non-heat treatable stainless steel that provides good resistance to high temperature oxidation and corrosion. Because of the excellent oxidation resistance at high temperatures this grade is widely used as furnace parts and boiler baffles. For construction parts, which should be resistant to scaling up to about 1100°C and extensively inured to the

Grade EN 1.4057 is a martensitic stainless steel with nickel addition. Its high content of chromium ensures a higher corrosion resistance than classical martensitic stainless steels like AISI 410 or AISI 420. 1.4057 stainless grade is employed preferentially in quench and tempered condition that offers a wide range of mechanical properities depending on the tempering temperature. Standards EN DIN

Alloy 420 a martensitic stainless steel that provides good corrosion resistance similar to alloy 410 with an increase strength and hardness. It is magnetic in both the annealed and hardened conditions. Maximum corrosion resistance is attained only in the fully hardened condition. Typical application: shaft use Standards ASTM EN DIN JIS AISI 420, UNS S42000 420A, 420B, 420X, 420C, 420D 1.4021 1.4028 1.4031 1.4034

​ EN 1.4021, DIN X20Cr13 (also called ASTM 420A and SUS420J1) is a high tensile strength martensitic stainless steel with good corrosion properties. Grade 1.4021 stainless steel is machinable and is magnetic and in the quenched and tempered condition. Some typical application areas for EN 1.4021 stainless: Pump and Valve parts Pistons Shaft Bolts Nuts dental tools, precision instruments and drilled

​ Martensitic type EN 1.4028, DIN X30Cr13 is a hardenable stainless chromium steel characterized by: Very good machinability High wear resistance after hardening High hardness after hardening The option of high mechanical properties in the heat treated condition. A combination of good mechanical properties in the treated state and good corrosion resistance in environments with low aggressivity.

​ Grade 1.4031 is a martensitic stainless chromium steel that is corrosion resistant to water and steam. This requires the hardened and low tempered state and a shiny, polished surface preference. Due to a higher carbon content, 1.4031 stainless can achieve a higher hardness than 1.4028 or 1.4021 stainless. Due to its chromium content, 1.4031 stainless has good corrosion resistance in moderately aggressive,

​ We supply 440C stainless steel covering ASTM A580 / A580M standard specification for stainless steel wire ASTM A276 / A276M standard specification for stainless steel bars and shapes ASTM A555 / A555M standard specification for stainless steel wire and wire rods Product available in forms of wire in coil, bars in straightened and cut lengths. Grade C Cr Mo 440C, UNS S44004 0.95~1.20 16.00~18.00 0.75 max We excel

Martensitic grades, AISI 420A, 420B, 420C stainless feature good hardness, corrosion resistance, wear and abrasion resistance. AISI, UNS EN, DIN 420A, S42000 1.4021, X20Cr13 420B, S42000 1.4028, X30Cr13 420C, S42000 1.4034, X46Cr13 We also provide 1.4028Mo ( 3Cr13Mo ) stainless steel ( 1.4028+Molybdenum ) which offers better corrosion resistance, strength, applied in the environments in replaced of 1.4028

We have more than 10 years of experience in developing and producing stainless steel wires for a wide range of applications. Our thorough technical knowledge, stateof- the-art capabilities and drive to always create better wire solutions together with our customer, forms a solid foundation for your success. Martensitic stainless steel alloy grade 420 for surgical needles manufacturing. Grade C Cr 420 0.3 13

Martensitic stainless steels are chromium alloys (from 11 to 18% ) with a relatively high carbon content (from 0.08 to 1.20%) and the possible addition of small quantities of other elements, including nickel, manganese,silicon and molybdenum. The mainly feature of this family is the ability to be hardened by heat treatment and they offer high mechanical strength. Martensitic stainless steels are mainly used in

The high C-content favors its high hardening capability up to 60 HRC. As a consequence, it has a remarkably high wear resistance associated to a good bluntness resistance as well. Its corrosion resistance in water and water steam is satisfactory only if the parts are previously hardened (quenched and tempered), polished and passivized. 440C stainless steel is well indicated for the production of bearings;

​ Martensitic grade AISI 431, EN 1.4057 has a high Cr and low S contents. The low C and S contents, as well as the Ni addition enhance its good corrosion resistance. it exhibits a good resistance to water and water steam (autoclave sterilization). Its high mechanical properties indicate it for numerous applications in various industries. Typical applications 431 stainless steel is well adapted for

Stainless Steel Wire, Round Bar AISI 416 EN 1.4005 DIN X12CrS13​ The martensitic free machining stainless steel has an increased S content to further improve and enhance its excellent machinability. This 416 stainless grade exhibits the best machinability of all stainless steels. Applications AISI 416 stainless steel is well adapted for numerous applications. More particularly, in the production of bolts and nuts, screws, turned parts in general, and gears. It finds many

Stainless steel drawn wire, free machining Grade EN/DIN Features 303 1.4305, X8CrNiS18-9 austensitic steel type for all types of free machining 430F 1.4105, X6CrMoS17 ferritic grade with improved machinability 410 1.4006, X12Cr13 basic grade, martensitic grade 416 1.4005, X12CrS13 martensitic stainless steel with a high degree of machinability, recommended for rough drawn parts before treatment

High carbon martensitic stainless steel grade 440A provides excellent hardness, it has moderate corrosion resistance, recommended hardness 55~57 HRC, particularly used for pivot pins, dental and surgical instruments, valve parts. Grade C Cr Mo 440A 0.60~0.75 16.00~18.00 0.75 max Heat treatment Hardening Preheat to 1400/1500°F ( 760/816°C ), then heat to 1850/1950°F ( 1010/1066°C ), soak, quench in warm oil or cool

We are specialized in the field of stainless steel wire. A wide range of stainless steel materials offered such as martensitic, precipitation hardening steels, ferritic, austenitic, duplex and heat resisting grades. like 17-7PH, 303Cu, 303, 302, 304, 304L, 316, 316L, 314, 410, 416, 420, 420F, 440A, 440C, 430, 430F, 434, 446 .. Stainless steels are split into 5 families. Ferritic steels Iron – Chromium or Iron

Grade C Si Mn P S Cr Ni SUS410 0.15 max 0.50 max 1.00 max 0.040 max 0.030 max 11.50~13.50 0.60 max We provide JIS G4308 Stainless steel wire rods, JIS G4309 Stainless steel wires Ferritic grades Martensitic grades Precipitation hardening stainless steel grades Austensitic grades SUS430, SUS430F, SUS434, SUS405, SUH446 SUS410, SUS403, SUS410F2, SUS416, SUS420J1, SUS420J2, SUS420F, SUS420F2, SUS431,

AISI 431 EN 1.4057 DIN X17CrNi17-2 Cold Drawn Stainless Steel Wire 431 stainless steel is a martensitic stainless steel. 431 stainless alloy has excellent corrosion resistance, for a 400 series stainless and can be heat treated to high strength levels. 431 stainless provides improved corrosion resistance and toughness (impact strength) in a quench-hardenable stainless steel. 431 stainless has been used for fasteners and fittings, structural components exposed to marine

AISI 416 is a free machining martensitic grade of stainless. Free-cutting steels are characterized by excellent machinability and surface finish and have tight and consistent tolerances. This contributes to increased cutting speeds, reduced tool wear and shorter set-up times. Parts can be fabricated in the soft condition then hardened by heat treating to increase strength and hardness. The addition