{"id":443,"date":"2018-11-26T12:46:25","date_gmt":"2018-11-26T12:46:25","guid":{"rendered":"http:\/\/rolexiron.com\/index.php\/product-2\/"},"modified":"2020-12-25T08:49:12","modified_gmt":"2020-12-25T08:49:12","slug":"product-2","status":"publish","type":"page","link":"https:\/\/rolexiron.com\/index.php\/product-2\/","title":{"rendered":"Products"},"content":{"rendered":"

Products<\/h1>\n

Optimized & Industry-ready Solutions<\/h5>\n

For All Your Complicated Needs<\/h2>\n

Low Carbon Soft Magnetic Iron Steel<\/p>\n

We\u00a0are\u00a0Stockholder\u00a0&\u00a0Distributors\u00a0of High Purity Ultra Low Carbon Magnetic Iron, Electric Magnetic Iron, Electromagnetic Steel, Electro-Magnetic Iron, Soft Iron, Pure Iron, DSQ, D.S.Q, Dead Soft Quality, Soft Magnetic Iron, Soft Magnetic Iron Silicon,\u00a0Rods, Bars, Wires, Sheets, Plates, Strips, Coils, Slitting Coils, Billets, Ingots, Slabs of Japan Make, Korea Make, Italy Make, Germany Make<\/p>\n

\u00a0<\/p>\n

Soft Magnetic Iron Steel<\/p>\n

Soft Magnetic Iron SMI<\/p>\n

Soft Magnetic Iron Silicon<\/p>\n

Soft Steel with Ultra-Low Carbon and Low Impurities<\/p>\n

Low-Carbon Magnetic Iron<\/p>\n

Electric Magnetic Iron<\/p>\n

Electromagnetic Steel, Electromagnet Steels<\/p>\n

Electro-Magnetic Iron, Electro-Magnet Iron<\/p>\n

High Purity Ultra Low Carbon Magnetic Iron<\/p>\n

Soft Magnetic Iron Strips, Coils for Direct Current Relays<\/p>\n

Soft Magnetic Iron Strips, Coils for Relay Cores<\/p>\n

Pure Iron Billets, Ingots, Rods, Bars, Sheets, Plates, Strips, Coils<\/p>\n

Soft Iron Billets, Ingots, Rods, Bars, Sheets, Plates, Strips, Coils<\/p>\n

Soft Magnetic Iron Rods, Bars Used by\u00a0Railway RDSO<\/p>\n

Soft Magnetic Iron Strips, Coils\u00a0Used by\u00a0Railway RDSO<\/p>\n

Soft Magnetic Iron Rods, Bars approved\u00a0by\u00a0Railway RDSO<\/p>\n

Soft Magnetic Iron Strips, Coils\u00a0approved\u00a0by\u00a0Railway RDSO<\/p>\n

Soft Magnetic Iron Silicon Rods, Bars Used by\u00a0Railway<\/p>\n

Soft Magnetic Iron Silicon Rods, Bars approved\u00a0by\u00a0Railway RDSO<\/p>\n

SMI\u00a0Iron Rods, Bars Used by\u00a0Railway RDSO<\/p>\n

SMI Soft Magnetic Iron Rod & Bar\u00a0approved\u00a0by\u00a0Railway RDSO<\/p>\n

SMI Soft Magnetic Iron Silicon Rod & Bar\u00a0Used by\u00a0Railway<\/p>\n

SMI Soft Magnetic Iron Silicon Rods & Bar\u00a0approved\u00a0by\u00a0Railway RDSO<\/p>\n

DIN 17405 Grade RFe20, RFe40, RFe60, RFe80, RFe100, RFe120<\/p>\n

DIN 17405 Grade RFe-20, RFe-40, RFe-60, RFe-80, RFe-100, RFe-120<\/p>\n

D.S.Q (Dead Soft Quality) Plates<\/p>\n

DSQ (Dead Soft Quality) Plates<\/p>\n

IS-11947 Soft Magnetic Iron<\/p>\n

JIS C2504 Soft Magnetic Irons<\/p>\n

JIS C-2504 Soft Magnetic Irons<\/p>\n

JIS C2504 Grade SUY-0, SUY-1, SUY-2, SUY-3<\/p>\n

JIS C-2504\u00a0Grade SUY-0, SUY-1, SUY-2, SUY-3<\/p>\n

JIS C2504 Grade SUY0, SUY1, SUY2, SUY3<\/p>\n

JIS C-2504\u00a0Grade SUY0, SUY1, SUY2, SUY3<\/p>\n

JIS C2504 Grade A-12, A-20, A-60, A-80, A-120, A-240<\/p>\n

JIS C-2504\u00a0Grade A-12, A-20, A-60, A-80, A-120, A-240<\/p>\n

JIS C2504 Grade A12, A20, A60, A80, A120, A240<\/p>\n

JIS C-2504\u00a0Grade A12, A20, A60, A80, A120, A240<\/p>\n

JIS C2504 Plate SUYP0, SUYP1, SUYP2, SUYP3<\/p>\n

JIS C2504 Plate SUYP-0\u00a0SUYP-1, SUYP-2 SUYP-3<\/p>\n

JIS C-2504 Plate SUYP0, SUYP1, SUYP2, SUYP3<\/p>\n

JIS C-2504\u00a0Plate SUYP-0\u00a0SUYP-1, SUYP-2 SUYP-3<\/p>\n

JIS C2504 Bar\u00a0SUYB0, SUYB1, SUYB2, SUYB3<\/p>\n

JIS C2504 Bar\u00a0SUYB-0\u00a0SUYB-1, SUYB-2 SUYB-3<\/p>\n

JIS C-2504 Bar\u00a0SUYB0, SUYB1, SUYB2, SUYB3<\/p>\n

JIS C-2504 Bar\u00a0SUYB-0\u00a0SUYB-1, SUYB-2 SUYB-3<\/p>\n

ASTM A848-01 Low Carbon Magnetic Iron<\/p>\n

ASTM A848 Alloy Type-1 Soft Magnetic Iron<\/p>\n

ASTM A848 Alloy Type-2 Soft Magnetic Iron<\/p>\n

Electrical Pure Iron Rods Bars Strips<\/p>\n

We\u00a0are Stockholder, Distributors & Manufacture\u00a0of Electrical Pure Iron,\u00a0Soft Electrolytic Iron, Soft Electromagnetic Iron, Soft Magnetic Iron, Soft Electro Magnetic Iron, Soft Iron, Soft Magnet Iron, Soft Magnetic Steel, Electromagnetic Steel, Electrotechnical Quality Unalloyed Steel, Low-Carbon Magnetically Soft Steel, Soft Pure Low Carbon Iron\u00a0in Grades DT4, DT4A, DT4E, DT4C, YT01, YT0, YT2, YT3, DT8, DT8A, DT8E, DT8C, DT9\u00a0in the form of Sheets, Plates, Strips, Bars, Rods, Round Bars, Tubes, Pipes, Hollow Tubes, Hollow Pipes, Hollow Bars, Drawn Bars, Cold Drawn Bars, Hot Rolled Bars, Forged Bars, Blocks, Disc, Circle, Shapes, Wires, Coils, Fittings, Forgings, Castings, Machined Parts, Flanges, Nuts, Bolts, Studs, Gaskets, Washers, Machined Components\u00a0mainly used for Axial Flux Motors, Electric Motors, Generators, Transformers, Solenoid, Relay, Cores, Inductors, Linear Actuation, Rotational Actuation, Magnetic Coils, Sensor Sytems, Magnets, Yoke, Armature, Laminations, Flux Cencentrator, Magnetic Shields, Relay Components, Toroidal Core, Energy Meters, Automotive Shunt, DC Electromagnets<\/p>\n

\u00a0<\/p>\n

Electrical Pure Iron Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Electrical Pure Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Electrical Pure Iron Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Pure Iron Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Pure Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Pure Iron Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Soft Iron Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Soft Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Soft Iron Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Soft Magnetic Iron Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Soft Magnetic Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Soft Magnetic Iron Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Low Carbon Pure Iron Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Low Carbon Pure Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Low Carbon Pure Iron Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Low-Carbon Soft-Iron\u00a0Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Low-Carbon Soft-Iron\u00a0Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Low-Carbon Soft-Iron Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Electromagnetic Iron Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Electromagnetic Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Electromagnetic Iron Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Electro-magnetic\u00a0Iron Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Electro-magnetic Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Electro-magnetic Iron Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Electromagnetic Steel\u00a0Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Electromagnetic Steel\u00a0Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Electromagnetic Steel\u00a0Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Electro-magnetic Steel\u00a0Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Electro-magnetic Steel\u00a0Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Electro-magnetic Steel\u00a0Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Soft Pure Low Carbon\u00a0Iron Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Soft Pure Low Carbon Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Soft Pure Low Carbon Iron Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Soft Pure Low-Carbon\u00a0Iron Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Soft Pure Low-Carbon Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Soft Pure Low-Carbon Iron Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Manufacture of Electrical Pure Iron Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Manufacture of Electrical Pure Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Manufacture of Electrical Pure Iron Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Manufacture of Pure Iron Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Manufacture of Pure Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Manufacture of Pure Iron Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Manufacture of Soft Iron Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Manufacture of Soft Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Manufacture of Soft Iron Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Manufacture of Soft Magnetic Iron Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Manufacture of Soft Magnetic Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Manufacture of Soft Magnetic Iron Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Manufacture of Low Carbon Pure Iron Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Manufacture of Low Carbon Pure Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Manufacture of Low Carbon Pure Iron Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Manufacture of Low-Carbon Soft-Iron\u00a0Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Manufacture of Low-Carbon Soft-Iron\u00a0Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Manufacture of Low-Carbon Soft-Iron Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Manufacture of Electromagnetic Iron Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Manufacture of Electromagnetic Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Manufacture of Electromagnetic Iron Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Manufacture of Electro-magnetic\u00a0Iron Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Manufacture of Electro-magnetic Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Manufacture of Electro-magnetic Iron Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Manufacture of Electromagnetic Steel\u00a0Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Manufacture of Electromagnetic Steel\u00a0Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Manufacture of Electromagnetic Steel\u00a0Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Manufacture of Electro-magnetic Steel\u00a0Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Manufacture of Electro-magnetic Steel\u00a0Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Manufacture of Electro-magnetic Steel\u00a0Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Manufacture of Soft Pure Low Carbon\u00a0Iron Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Manufacture of Soft Pure Low Carbon Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Manufacture of Soft Pure Low Carbon Iron Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Manufacture of Soft Pure Low-Carbon\u00a0Iron Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Manufacture of Soft Pure Low-Carbon Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Manufacture of Soft Pure Low-Carbon Iron Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Stockholder of Electrical Pure Iron Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Stockholder of Electrical Pure Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Stockholder of Electrical Pure Iron Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Stockholder of Pure Iron Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Stockholder of Pure Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Stockholder of Pure Iron Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Stockholder of Soft Iron Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Stockholder of Soft Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Stockholder of Soft Iron Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Stockholder of Soft Magnetic Iron Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Stockholder of Soft Magnetic Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Stockholder of Soft Magnetic Iron Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Stockholder of Low Carbon Pure Iron Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Stockholder of Low Carbon Pure Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Stockholder of Low Carbon Pure Iron Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Stockholder of Low-Carbon Soft-Iron\u00a0Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Stockholder of Low-Carbon Soft-Iron\u00a0Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Stockholder of Low-Carbon Soft-Iron Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Stockholder of Electromagnetic Iron Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Stockholder of Electromagnetic Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Stockholder of Electromagnetic Iron Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Stockholder of Electro-magnetic\u00a0Iron Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Stockholder of Electro-magnetic Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Stockholder of Electro-magnetic Iron Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Stockholder of Electromagnetic Steel\u00a0Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Stockholder of Electromagnetic Steel\u00a0Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Stockholder of Electromagnetic Steel\u00a0Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Stockholder of Electro-magnetic Steel\u00a0Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Stockholder of Electro-magnetic Steel\u00a0Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Stockholder of Electro-magnetic Steel\u00a0Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Stockholder of Soft Pure Low Carbon\u00a0Iron Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Stockholder of Soft Pure Low Carbon Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Stockholder of Soft Pure Low Carbon Iron Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Stockholder of Soft Pure Low-Carbon\u00a0Iron Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Stockholder of Soft Pure Low-Carbon Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Stockholder of Soft Pure Low-Carbon Iron Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Distributors\u00a0of Electrical Pure Iron Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Distributors of Electrical Pure Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Distributors of Electrical Pure Iron Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Distributors of Pure Iron Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Distributors of Pure Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Distributors of Pure Iron Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Distributors of Soft Iron Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Distributors of Soft Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Distributors of Soft Iron Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Distributors of Soft Magnetic Iron Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Distributors of Soft Magnetic Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Distributors of Soft Magnetic Iron Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Distributors of Low Carbon Pure Iron Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Distributors of Low Carbon Pure Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Distributors of Low Carbon Pure Iron Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Distributors of Low-Carbon Soft-Iron\u00a0Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Distributors of Low-Carbon Soft-Iron\u00a0Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Distributors of Low-Carbon Soft-Iron Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Distributors of Electromagnetic Iron Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Distributors of Electromagnetic Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Distributors of Electromagnetic Iron Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Distributors of Electro-magnetic\u00a0Iron Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Distributors of Electro-magnetic Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Distributors of Electro-magnetic Iron Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Distributors of Electromagnetic Steel\u00a0Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Distributors of Electromagnetic Steel\u00a0Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Distributors of Electromagnetic Steel\u00a0Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Distributors of Electro-magnetic Steel\u00a0Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Distributors of Electro-magnetic Steel\u00a0Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Distributors of Electro-magnetic Steel\u00a0Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Distributors of Soft Pure Low Carbon\u00a0Iron Grade DT4, DT4A, DT4E, DT4C Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Distributors of Soft Pure Low Carbon Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Distributors of Soft Pure Low Carbon Iron Grade YT01, YT0, YT2, YT3\u00a0Rods, Bars, Strips, Wires, Sheets, Plates<\/p>\n

Distributors of Soft Pure Low-Carbon\u00a0Iron Grade DT4, DT4A, DT4E, DT4C Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Distributors of Soft Pure Low-Carbon Iron Grade DT8, DT8A, DT8E, DT8C, DT9\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

Distributors of Soft Pure Low-Carbon Iron Grade YT01, YT0, YT2, YT3\u00a0Rod, Bar, Strip, Wire, Sheet, Plate<\/p>\n

\t\t\t\t\t\t\t\t\t\t\"\"
\n\t\t\t\t\t\t\t\t\t\t\"\"\t\t\t\t\t\t\t\t\t\t\t<\/p>\n

Our Innovations<\/h5>\n

Industry Focused Products!<\/h2>\n

Roller Chain Drives<\/h4>\n

Soft Electromagnetic Iron GOST 11036-75<\/p>\n

We\u00a0are Stockholder, Distributors & Manufacture\u00a0of GOST 11036-75 Soft Electrolytic Iron, Soft Electromagnetic Iron, Soft Magnetic Iron, Soft Electro Magnetic Iron, Soft Iron, Soft Magnet Iron, Soft Electro Magnet Iron, Soft Magnetic Steel, Electromagnetic Steel, Electrotechnical Quality Unalloyed Steel in Grades 10895, 20895, 11895, 21895, 20880, 11880, 21880, 10860, 20860, 11860, 21860, 10850, 20850, 11850, 21850, 10880, 10864 in the form of Sheets, Plates, Strips, Bars, Rods, Round Bars, Tubes, Pipes, Hollow Tubes, Hollow Pipes, Hollow Bars, Drawn Bars, Cold Drawn Bars, Hot Rolled Bars, Forged Bars, Blocks, Disc, Circle, Shapes, Wires, Coils, Fittings, Forgings, Castings, Machined Parts, Flanges, Nuts, Bolts, Studs, Gaskets, Washers, Machined Components Types B22, B23, B32, B33, B34 as per Russia Standard, Russian Standard, Russia Specification, Russian Specification, GOST Standard, GOST Specification mainly used for Axial Flux Motors, Electric Motors, Generators, Transformers, Solenoid, Relay, Cores, Inductors, Linear Actuation, Rotational Actuation, Magnetic Coils, Sensor Sytems, Magnets, Yoke, Armature, Laminations, Flux Cencentrator, Magnetic Shields, Relay Components, Toroidal Core, Energy Meters, Automotive Shunt<\/p>\n

\u00a0<\/p>\n

Soft Magnetic Iron, Soft Magetic-Iron, Electro-Magnetic Iron, Electro Magnet Iron, Soft-Iron<\/p>\n

GOST 11036-75\u00a0Soft Magnetic Iron, Soft Magnetic Iron, Electro Magnetic Iron, Electro Magnet Iron<\/p>\n

GOST 11036-75 Grade 10895 Soft Magnetic Iron, Soft Magnetic Steel, Electromagnetic Steel<\/p>\n

GOST 11036-75 Grade-10895 Soft Electrolytic Iron, Soft Electro Magnet Iron, Electrotechnical Steel<\/p>\n

GOST 11036-75 Grade 20895 Soft Magnetic Iron, Soft Magnetic Steel, Electromagnetic Steel<\/p>\n

GOST 11036-75 Grade-20895 Soft Electrolytic Iron, Soft Electro Magnet Iron, Electrotechnical Steel<\/p>\n

GOST 11036-75 Grade 11895 Soft Magnetic Iron, Soft Magnetic Steel, Electromagnetic Steel<\/p>\n

GOST 11036-75 Grade-11895 Soft Electrolytic Iron, Soft Electro Magnet Iron, Electrotechnical Steel<\/p>\n

GOST 11036-75 Grade 21895 Soft Magnetic Iron, Soft Magnetic Steel, Electromagnetic Steel<\/p>\n

GOST 11036-75 Grade-21895 Soft Electrolytic Iron, Soft Electro Magnet Iron, Electrotechnical Steel<\/p>\n

GOST 11036-75 Grade 20880\u00a0Soft Magnetic Iron, Soft Magnetic Steel, Electromagnetic Steel<\/p>\n

GOST 11036-75 Grade-20880\u00a0Soft Electrolytic Iron, Soft Electro Magnet Iron, Electrotechnical Steel<\/p>\n

GOST 11036-75 Grade 21880\u00a0Soft Magnetic Iron, Soft Magnetic Steel, Electromagnetic Steel<\/p>\n

GOST 11036-75 Grade-21880\u00a0Soft Electrolytic Iron, Soft Electro Magnet Iron, Electrotechnical Steel<\/p>\n

GOST 11036-75 Grade 10860\u00a0Soft Magnetic Iron, Soft Magnetic Steel, Electromagnetic Steel<\/p>\n

GOST 11036-75 Grade-10860\u00a0Soft Electrolytic Iron, Soft Electro Magnet Iron, Electrotechnical Steel<\/p>\n

GOST 11036-75 Grade 20860\u00a0Soft Magnetic Iron, Soft Magnetic Steel, Electromagnetic Steel<\/p>\n

GOST 11036-75 Grade-20860\u00a0Soft Electrolytic Iron, Soft Electro Magnet Iron, Electrotechnical Steel<\/p>\n

GOST 11036-75 Grade 11860\u00a0Soft Magnetic Iron, Soft Magnetic Steel, Electromagnetic Steel<\/p>\n

GOST 11036-75 Grade-11860\u00a0Soft Electrolytic Iron, Soft Electro Magnet Iron, Electrotechnical Steel<\/p>\n

GOST 11036-75 Grade 11880\u00a0Soft Magnetic Iron, Soft Magnetic Steel, Electromagnetic Steel<\/p>\n

GOST 11036-75 Grade-11880\u00a0Soft Electrolytic Iron, Soft Electro Magnet Iron, Electrotechnical Steel<\/p>\n

GOST 11036-75 Grade 21860\u00a0Soft Magnetic Iron, Soft Magnetic Steel, Electromagnetic Steel<\/p>\n

GOST 11036-75 Grade-21860\u00a0Soft Electrolytic Iron, Soft Electro Magnet Iron, Electrotechnical Steel<\/p>\n

GOST 11036-75 Grade 10850\u00a0Soft Magnetic Iron, Soft Magnetic Steel, Electromagnetic Steel<\/p>\n

GOST 11036-75 Grade-10850\u00a0Soft Electrolytic Iron, Soft Electro Magnet Iron, Electrotechnical Steel<\/p>\n

GOST 11036-75 Grade 20850\u00a0Soft Magnetic Iron, Soft Magnetic Steel, Electromagnetic Steel<\/p>\n

GOST 11036-75 Grade-20850\u00a0Soft Electrolytic Iron, Soft Electro Magnet Iron, Electrotechnical Steel<\/p>\n

GOST 11036-75 Grade 11850\u00a0Soft Magnetic Iron, Soft Magnetic Steel, Electromagnetic Steel<\/p>\n

GOST 11036-75 Grade-11850\u00a0Soft Electrolytic Iron, Soft Electro Magnet Iron, Electrotechnical Steel<\/p>\n

GOST 11036-75 Grade 21850 Soft Magnetic Iron, Soft Magnetic Steel, Electromagnetic Steel<\/p>\n

GOST 11036-75 Grade-21850\u00a0Soft Electrolytic Iron, Soft Electro Magnet Iron, Electrotechnical Steel<\/p>\n

GOST 11036-75 Grade 10880\u00a0Soft Magnetic Iron, Soft Magnetic Steel, Electromagnetic Steel<\/p>\n

GOST 11036-75 Grade-10880\u00a0Soft Electrolytic Iron, Soft Electro Magnet Iron, Electrotechnical Steel<\/p>\n

GOST 11036-75 Grade 10864\u00a0Soft Magnetic Iron, Soft Magnetic Steel, Electromagnetic Steel<\/p>\n

GOST 11036-75 Grade-10864\u00a0Soft Electrolytic Iron, Soft Electro Magnet Iron, Electrotechnical Steel<\/p>\n

Manufacture of GOST 11036-75 Grade 10895 Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Manufacture of GOST 11036-75 Grade 20895 Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Manufacture of GOST 11036-75 Grade 11895 Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Manufacture of GOST 11036-75 Grade 21895 Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Manufacture of GOST 11036-75 Grade 20880\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Manufacture of GOST 11036-75 Grade 21880\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Manufacture of GOST 11036-75 Grade 10860\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Manufacture of GOST 11036-75 Grade 20860\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Manufacture of GOST 11036-75 Grade 11860\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Manufacture of GOST 11036-75 Grade 11880\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Manufacture of GOST 11036-75 Grade 21860\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Manufacture of GOST 11036-75 Grade 10850\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Manufacture of GOST 11036-75 Grade 20850\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Manufacture of GOST 11036-75 Grade 21850\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Manufacture of GOST 11036-75 Grade 10880\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Manufacture of GOST 11036-75 Grade 10864\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Stockholder of GOST 11036-75 Grade 10895 Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Stockholder of GOST 11036-75 Grade 20895 Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Stockholder of GOST 11036-75 Grade 11895 Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Stockholder of GOST 11036-75 Grade 21895 Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Stockholder of GOST 11036-75 Grade 20880\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Stockholder of GOST 11036-75 Grade 21880\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Stockholder of GOST 11036-75 Grade 10860\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Stockholder of GOST 11036-75 Grade 20860\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Stockholder of GOST 11036-75 Grade 11860\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Stockholder of GOST 11036-75 Grade 11880\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Stockholder of GOST 11036-75 Grade 21860\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Stockholder of GOST 11036-75 Grade 10850\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Stockholder of GOST 11036-75 Grade 20850\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Stockholder of GOST 11036-75 Grade 21850\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Stockholder of GOST 11036-75 Grade 10880\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Stockholder of GOST 11036-75 Grade 10864\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Distributor of GOST 11036-75 Grade 10895 Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Distributor of GOST 11036-75 Grade 20895 Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Distributor of GOST 11036-75 Grade 11895 Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Distributor of GOST 11036-75 Grade 21895 Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Distributor of GOST 11036-75 Grade 20880\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Distributor of GOST 11036-75 Grade 21880\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Distributor of GOST 11036-75 Grade 10860\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Distributor of GOST 11036-75 Grade 20860\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Distributor of GOST 11036-75 Grade 11860\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Distributor of GOST 11036-75 Grade 11880\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Distributor of GOST 11036-75 Grade 21860\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Distributor of GOST 11036-75 Grade 10850\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Distributor of GOST 11036-75 Grade 20850\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Distributor of GOST 11036-75 Grade 21850\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Distributor of GOST 11036-75 Grade 10880\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Distributor of GOST 11036-75 Grade 10864\u00a0Rod, Bar, Sheet, Plate, Strip, Tube, Pipe, Wire, Coil<\/p>\n

Inductive \/ Capacitive Sensors<\/h4>\n

Soft Iron Base Alloys<\/p>\n

Soft magnetic alloys are ferromagnetic materials that are easily magnetized and de-magnetized. To provide optimal magnetic performance, these alloys possess very low levels of carbon, nitrogen, and oxygen. They rely on various additions of phosphorus, nickel, and silicon to optimize magnetic induction, permeability, and coercive force. The magnetic properties of all of these alloys benefit from high temperature sintering (HT) above 2200 F (1200 C) in hydrogen, as compared to the standard PM sintering process (ST) in metal mesh belt furnaces at nominally 2050 F (1120 C). Density and grain size increases, while residual levels of carbon, oxygen, and nitrogen are reduced. Typical applications include tone wheels, relays, cores, sensor probes, armatures, solenoid components, and pole pieces.<\/p>\n

<\/p>\n

SUY-1 is a soft steel with ultra-low carbon and low impurities.<\/p>\n

The grade is defined in the standard, “JIS C 2504 Soft Magnetic Iron,” and is generally referred to as “pure iron.”<\/p>\n

There are four SUY grades from SUY-0 to SUY-3. The suffix indicates the material’s magnetic properties with grade 0 providing the best magnetic properties.<\/p>\n

SUY-1 has less carbon content and lower impurities than carbon steel. It also features good drawability and good properties as a soft magnetic material. SUY-1 is mainly used in motor applications, but is recently being used more and more as magnetic shielding.<\/p>\n

It has high flux density and coercive force, and these magnetic properties can be maximized if the material is re-subjected to magnetic annealing after the cold-rolling process.<\/p>\n

<\/p>\n

High purity soft iron suitable for the manufacture of frames, yokes, armatures, cores etc in telephone relays, solenoids, magnetic clutches, magnetic brakes and all stationary parts of magnetic circuits carrying a direct flux.<\/p>\n

Many other applications in the electrical and electronic equipment industry.<\/p>\n

Also used for Sacrificial Anodes, for example in the protection of condensers and pumps for the electricity generation and shipping industries and in water de-salination plants.<\/p>\n

Whilst strategic stock sizes are held, semi finished material is always available to enable further processing to satisfy individual customer requirements.<\/p>\n

<\/p>\n

Heat Treatment<\/p>\n

The heat treatment required to produce these typical electromagnetic properties, consists of full annealing from 920\u00baC (ie 920\u00ba C soak, furnace cool at 50\u00ba C\/hour max to 600\u00ba C, furnace cool to room temperature).<\/p>\n

In order to avoid scaling, this treatment should be carried out in a neutral or slightly reducing atmosphere. Typical hardness after annealing 95-110 B.H.N. Annealing is normally done after any significant machining work, but can be arranged on request.<\/p>\n

<\/p>\n

Electromagnetic Properties<\/p>\n

Normally conforming to MoD specifications DTD 5092 and DTD 5102, which although obsolete, are commonly used as a basis for the typical electromagnetic properties which are expected to be achieved following the annealing process.<\/p>\n

In order to develop the optimum electromagnetic properties, the material must be subjected to the above annealing treatment, preferably after rough machining.<\/p>\n

<\/p>\n

ELECTRICAL AND MAGNETIC<\/p>\n

PROPERTIES<\/p>\n

The purity of a metal determines its electrical conductivity. This is why materials that are as pure as possible are used for all conducting parts. Electrical conductivity is affected even by very low proportions of C, Si, P, S, Mn and Cu, and these proportions are higher in the usual commercial grades of steel. PURE IRON FE, on the other hand, is sure to provide significantly better conductivity than other soft, unalloyed types of steel. Experience has shown that the specific resistance of PURE IRON FE, at 20\u00b0 C temperature of the material, is \u2248 0.11 Ohm x mm\u00b2\/m. Because of its high magnetic permeability, PURE IRON FE is also a material of choice for DC magnetisation of solid parts. It has a saturation of approx. 21,000 Gauss, and can thus be used wherever maximum induction is required. Particularly noteworthy characteristics of the pure and soft PURE IRON FE are its high permeability and very low coercive force.<\/p>\n

It also has outstanding magnetic properties, such as high magnetic saturation, low coercivity, high permeability, as well as excellent conductivity, especially in medium induction ranges.<\/p>\n

Each cold working process leads to stresses in the microstructure of the material, and thus to a deterioration of its magnetic properties. That is why finished parts generally need to undergo annealing when they are in final form. You will find an example on the following pages. However, our experience shows that PURE IRON FE reaches the magnetic values required by customers even without a final annealing in various applications. This is due to its high grade of purity. Precise values for specific applications can be demonstrated in experiments.<\/p>\n

The following values should be taken as guidelines:<\/p>\n

Initial permeability: 300-500, Max. permeability: 2.000-20.000, Coercive force: 15-160 A\/m, Saturation induction: 2.15 T.<\/p>\n

<\/p>\n

APPLICATION CHARACTERISTICS<\/p>\n

Corrosion<\/p>\n

The purer the iron, the greater its resistance to electrolytic self-destruction, which occurs at the interfaces between the iron crystals and the accumulated alloying elements.<\/p>\n

Chemical interactions<\/p>\n

PURE IRON FE is partially resistant to acids, bases, and salt solutions, which react with the element Fe. Although PURE IRON FE cannot completely replace other rust- and acid-resistant materials, it offers advantages where certain chemical degradation of unalloyed metallic materials is acceptable. Compared to unalloyed steels, the homogeneous structure and high purity of PURE IRON FE makes it more resistant to many corroding chemicals.<\/p>\n

Oxidation<\/p>\n

he purer the iron, the better its oxidation behavior (scaling). It plays a major role particularly in thermal processing and other thermal applications. Oxidative scaling not only prevents the transfer of heat; it also has a destructive effect by reducing the thickness of the material.<\/p>\n

PURE IRON FE features increased resistance due to its firmly adhering, protective layers of scale.<\/p>\n

<\/p>\n

FROM ELECTROMAGNETIC APPLICATIONS UP TO HARDENING<\/p>\n

Because of its 99,9% pure iron PURE IRON FE can be used in a large scope of application. From high-technology up to various handcrafts.<\/p>\n

MACHININGTurning<\/p>\n

PURE IRON FE can be machined using both high-speed steel tools and carbide tools. It is extremely important that the tools are sharpened and the cutting data is carefully selected, otherwise PURE IRON FE will lubricate. Small feed rate and deep cutting will ensure most efficient rough turning. With fine turning, the feed rate should not exceed 0.1 mm if optimal surface quality and dimensional accuracy are required. When cutting data is properly selected, the turned surface appears bright; otherwise it is matt. Extremely fine-grained cutting surface is also important. Tip: Generous cooling and lubrication are essential to protect the tool and the workpiece. It is recommended to use a mineral oil with 1-1.5% sulphur and 5% grease.<\/p>\n

Milling<\/p>\n

For a fine surface, use hobbing cutters with lead angles of 45-52\u00b0. Radial rake angle: 30\u00b0. For optimal cutting speed of 25 – 45 m\/min at 19 – 32 mm\/min feed rate. Radial rake angle when working with side milling cutters: 10\u00b0. Tip: Check that the clearance hole of the tools is correct. For cooling and lubricating, observe the same instructions as for turning.<\/p>\n

Drilling<\/p>\n

Generally, high-speed steel drills with an acute angle of 100\u00b0 provide satisfactory results. Lead angle at the cutting edge: approx. 12\u00b0. Cutting speed 20-30 m\/min at a feed rate of 0.02-0.1 mm\/revolution.<\/p>\n

Threading<\/p>\n

Tip: Select a slightly larger core diameter of the thread than usual. This will greatly reduce the risk of taps breakage, and ensure a clean thread. Non-cutting thread forming is recommended. Rake angle: approx. 15-20\u00b0 Cutting speed: 4 6 m\/min.<\/p>\n

NON-CUTTING PROCESSING<\/p>\n

Non-cutting forming<\/p>\n

Due to its mechanical properties, PURE IRON FE offers exceptional advantages in cold working with a high degree of deformation. During there is minimal compressive stress and resistance to deformation. That ensures high levels of deformation. With a controlled deformation, the tensile strength can reach twice the initial value.<\/p>\n

Tip: Hot working by rolling, forging, bending, flanging, and pressing must not take place in the red-short area from 850 to 1.050\u00b0.<\/p>\n

Motors & Gear Motors<\/h4>\n

Soft Iron High Purity Scrap<\/p>\n

We\u00a0are Stockholder & Distributors of Soft Magnetic Iron Scrap, Soft Iron Scrap, Pure Iron Scrap, Soft Iron High Purity Scrap,\u00a0Soft Magnetic Ingot\u00a0Scrap, Soft Iron Ingot Scrap, Pure Iron Ingot Scrap, Soft Iron High Purity Ingot Scrap,\u00a0Soft Magnetic Billet\u00a0Scrap, Soft Iron Billet\u00a0Scrap, Pure Iron Billet\u00a0Scrap, Soft Iron High Purity Billet\u00a0Scrap,\u00a0Soft Magnetic Melting\u00a0Scrap, Soft Iron Melting\u00a0Scrap, Pure Iron Melting\u00a0Scrap, Soft Iron High Purity Melting\u00a0Scrap,\u00a0Soft Magnetic\u00a0Scrap for Melting, Soft Iron Scrap for Melting, Pure Iron Scrap for Melting, Soft Iron High Purity\u00a0Scrap for Melting, Fe Purity 99.5%, Fe Purity 99.6%, Fe Purity 99.7%, Fe Purity 99.8%, Fe Purity 99.9%<\/p>\n

\u00a0<\/p>\n

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Stockholder of Pure\u00a0Iron Scrap, Pure-Iron Scrap Fe 99.5%, 99.6%, 99.7%, 99.8%, 99.9%<\/p>\n

Stockholder of Pure\u00a0Iron Ingot Scrap, Pure-Iron Ingots Scrap\u00a0Fe 99.5%, 99.6%, 99.7%, 99.8%, 99.9%<\/p>\n

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Conveyor Chains
\n<\/h4>\n

Railway Signalling Electromagnetic Relays<\/p>\n

We are Manufacture of Singalling Relays, Railway Singalling Relays, Railway Signalling Electromagnetic Relays, Neutral Line Relays, Track Relays, Biased Relays, Latch Relays, Slow In Action Relays, RDSO Singalling Relay, RDSO Railway Singalling Relay, RDSO Railway Signalling Electromagnetic Relay, RDSO Neutral Line Relay, RDSO Track Relay, RDSO Biased Relay, RDSO Latch Relay, RDSO Slow In Action Relays<\/p>\n

 <\/p>\n

Manufacture of Singalling Relays, Manufacture of Singalling Relay<\/p>\n

Manufacture of Railway Singalling Relays, Manufacture of Railway Singalling Relay<\/p>\n

Manufacture of Railway Signalling Electromagnetic Relays, Manufacture of Railway Signalling Electromagnetic Relay<\/p>\n

Manufacture of Neutral Line Relays, Manufacture of Neutral Line Relay<\/p>\n

Manufacture of Track Relays, Manufacture of Track Relay<\/p>\n

Manufacture of Biased Relays, Manufacture of Biased Relay<\/p>\n

Manufacture of Latch Relays, Manufacture of Latch Relay<\/p>\n

Manufacture of Slow In Action Relays, Manufacture of Slow In Action Relay<\/p>\n

Manufacture of RDSO Approved Signalling Relays, Manufacture of RDSO Approved Signalling Relay<\/p>\n

Manufacture of RDSO Approved Railway Signalling Relays, Manufacture of RDSO Approved Railway Signalling Relay<\/p>\n

Manufacture of RDSO Approved Signalling Electromagnetic Relays, Manufacture of RDSO Approved Signalling Electromagnetic Relay<\/p>\n

 <\/p>\n

SIGNALING RELAYS
We offers a wide range of Q SERIES RAILWAY SIGNALLING RELAYS to meet all types of Signalling
Circuit Applications such as Route Relay Interlocking, Panel Interlocking, Automatic Signalling,
Point Operation and Track Circuiting. Each individual type of relay undergoes extensive TYPE TESTING
by Research  Design and Standards Organization (R.D.S.O., Lucknow) of the Indian Railways and
approved for use in Railway signalling circuits.<\/p>\n

NEUTRAL LINE RELAYS
This is a DC neutral line relay fitted with independent non-fusible contacts.
It meets the requirements of relevant BRB Spec.<\/p>\n

Relay types covered under this category are:
QN1 –  Line Relay complying with BRS 930.
QNA1 –  AC immune Line Relay complying with BRS 931A.
QS3 & QN1K –  Neutral Line sensitive Relay complying with BRS 930
QNN1 – Twin Line Relay complying with BRS 960.
QNNA1 – Twin AC Immune Relay complying with BRS 966 F6.
QNA1K – AC immune, DC neutral, tractive armature, line relay with BRS 931 A.<\/p>\n

TRACK RELAYS
These are tractive armature; DC neutral track relays designed for use in DC track Railway Signalling circuits.
The contacts are Silver Impregnated Graphite to Silver.<\/p>\n

Relay types covered under this category are:
QT2 – DC Track Relay to BRS 938 A
QTA1 – DC AC Immune Track Relay complying with BRS 939A
QTA2 – DC AC Immune Track Relay complying with BRS 966 F2
QBAT – DC Baised AC Immune Track Relay as per RDSO spec RDSO\/SPN\/84-88.<\/p>\n

BIASED RELAYS
These are miniature AC immune, DC biased; tractive armature line relays designed for Railway Signalling 
purposes where the operation of the relay is dependent on the polarity of the coil current in the circuits 
and where alternating currents at industrial frequencies (50 Hz) may be present.<\/p>\n

Relay types covered under this category are:
QBA1 – DC Biased AC Immune Line Relay complying with BRS 932A
QBBA1 – Twin DC Biased AC Immune Line Relay complying with BRS 961
QBCA1 – DC Biased AC Immune Point Contactor Relay complying with
BRS 943 and 966 F4.<\/p>\n

LAMP PROVING
These are AC operated tractive armature miniature relays designed for use in Railway Signalling Lamp 
Proving & LED Circuits. The contacts are Silver Impregnated Graphite to Silver. These relays comply 
with BRB Specifications 941A and in some special cases governed by Indian Railway requirement.
Individual relays of this style have different characteristics or operating parameters to meet a variety
of lamp proving & LED needs. All relays are slugged to some extent where “Supply Interruption Time”
is guaranteed. The same is mentioned in the detailed specifications.<\/p>\n

LATCH RELAYS
These are DC tractive armature magnetically latched line relays, designed for use where a self-latching
relay with a separate release winding is required. The relay is held in full operating condition by a
permanent magnet, releasing only when the release coil is energized. A high back stop pressure
ensures that the armature will not move and latch up accidentally due to vibration. The contacts are
Silver Impregnated Graphite to Silver and the relay complies with BRB Specs. 935 A.<\/p>\n

SLOW IN ACTION RELAYS
These are slow operate, AC immune, DC neutral line relays, designed primarily as a track circuit
repeater relay for use in circuits or where release time sufficient to cover the transit time of an
AC immune neutral line relay.<\/p>\n

Relay types covered under this category are:
QSPA1 – AC Immune DC neutral line, slow to pick up relays as per BRS 933A.
QSRA1 – AC Immune DC neutral line, slow to release relays as per BRS 934A.<\/p>\n

OTHER RELAYS
AC tractive armature line relay to be driven from 110 Volts AC design for interfacing between the
electronic circuitry of “Solid State Interlocking” or ” Computer Based Interlocking ” systems and
other equipments.<\/p>\n

Relay types covered under this category are:
QNHX1 – AC tractive, 110V AC relay complying with BRS 966 F7.
QNHXC1 – AC tractive, 110V AC relay complying with BRS 966 F7.<\/p>\n

Relays in Railway Signalling
Relay manufacturers for Railway Control System say that the system of relays is used to keep trains
on the right track and conduct traffic. Since trains are heavy, produce immense inertia and run on
fixed tracks the chances of collision increases substantially.<\/p>\n

The relays that are used for railway signalling are mostly large considering voltages and currents that
are switched are small. The railway signalling circuits are highly reliable that use special techniques
to detect and prevent failures in the relay system.<\/p>\n

There are two main types of relays used for railway signalling:
Track relays – They are connected across the track circuit.
Line relays -The relays that are used for any other purpose except for track are the line relays.<\/p>\n

Metal to Metal TM type signalling relays for the Indian Railways with technical specification of RDSO<\/p>\n

When an electric current passes through a conductor a magnetic field is produced around the conductor.
This effect can be easily demonstrated by showing that a compass needle is deflected when placed near 
a wire carrying an electric current. If the wire is coiled in a spiral, then the magnetic field will be perpendicular 
to the direction of the current.<\/p>\n

In an electromagnet a wire is wrapped around a soft iron core. When current is passed through the wire the 
core carries the magnetic flux and behaves like a bar magnet. This type of magnet has the advantage that 
the magnet field can be switched on or off.<\/p>\n

A relay is an electromechanical switching device. It has one or more contacts for opening and closing circuits.
A movable metal strip called an armature is activated by an electromagnet. The movement of the armature 
causes the contacts to either open or close, thereby turning a circuit on or off. In some designs the armature 
is a drum that rotates when the magnetic field is activated.<\/p>\n

ROLEX METAL DISTRIBUTORS
\n57-A Khatargalli
\nThakurdwar
\nMumbai – 400 002 India
\n0091-22-23858802
\n0091-22-23823963
\nmarketing@rolexmetals.com
\nwww.rolexmetals.com<\/h3>\n

\t\t\t
\n\t\t\t\t\t\twww.rolexmetals.com
\n\t\t\t\t\t<\/a><\/p>\n","protected":false},"excerpt":{"rendered":"

Products Optimized & Industry-ready Solutions For All Your Complicated Needs Low Carbon Soft Magnetic Iron Steel We\u00a0are\u00a0Stockholder\u00a0&\u00a0Distributors\u00a0of High Purity Ultra Low Carbon Magnetic Iron, Electric Magnetic Iron, Electromagnetic Steel, Electro-Magnetic Iron, Soft Iron, Pure Iron, DSQ, D.S.Q, Dead Soft Quality, Soft Magnetic Iron, Soft Magnetic Iron Silicon,\u00a0Rods, Bars, Wires, Sheets, Plates, Strips, Coils, Slitting Coils, […]<\/p>\n","protected":false},"author":0,"featured_media":0,"parent":0,"menu_order":0,"comment_status":"closed","ping_status":"closed","template":"","meta":{"footnotes":""},"class_list":["post-443","page","type-page","status-publish","hentry"],"_links":{"self":[{"href":"https:\/\/rolexiron.com\/index.php\/wp-json\/wp\/v2\/pages\/443","targetHints":{"allow":["GET"]}}],"collection":[{"href":"https:\/\/rolexiron.com\/index.php\/wp-json\/wp\/v2\/pages"}],"about":[{"href":"https:\/\/rolexiron.com\/index.php\/wp-json\/wp\/v2\/types\/page"}],"replies":[{"embeddable":true,"href":"https:\/\/rolexiron.com\/index.php\/wp-json\/wp\/v2\/comments?post=443"}],"version-history":[{"count":24,"href":"https:\/\/rolexiron.com\/index.php\/wp-json\/wp\/v2\/pages\/443\/revisions"}],"predecessor-version":[{"id":653,"href":"https:\/\/rolexiron.com\/index.php\/wp-json\/wp\/v2\/pages\/443\/revisions\/653"}],"wp:attachment":[{"href":"https:\/\/rolexiron.com\/index.php\/wp-json\/wp\/v2\/media?parent=443"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}