Alloy Steel EN41B is a nitriding steel made of chromium, aluminum, and molybdenum. This case-hardening steel has strong wear resistance, as well as toughness and ductility. This alloy steel can achieve case hardnesses of up to 68 Hrc. It is also known as nitrating steel. It is toughened to a specific depth depending on the application in nitrating treatment to improve wear resistance and impact load on material. Stock Availability of Alloy Steel EN41B: Alloy Steel EN41B materials are available only in Round form. EN41B Rods are available in annealed condition and it can be machined. We supply this EN41B Steel Rods as per our Customer’s Cutting Requirement. Applications of Alloy Steel EN41B: Alloy Steel EN41B is a very popular grade of low carbon-manganese free-cutting steel, which is most suitable for the manufacture of repetition turned components such as nuts, bolts, hydraulic fittings and studs. This Alloy Steel is used particularly where intricate drilling and machining operations are involved.

The Ni-Cr-Mo alloy steel EN36 (Engineering Steel 36) is a hardening engineering steel. EN36 metal is designed specifically for carburising. This steel is commonly utilized due to its high core strength and exceptional toughness. Because of its high surface strength and soft and strong core, alloy steel EN36 is widely used in the vehicle sector. Alloy Steel EN36 is widely used in all industries to produce high-strength products. We provide alloy metal in round form at the most competitive price. Characteristics of EN36: Fatigue resistance High core strength Out stanning toughness High Surface strength Stock Availability of Alloy Steel EN36 Alloy Steel EN36 materials are normally available in Round form. Above 200mm EN36 rods are available only in forged form and can be supplied against order. We supply En36 steel rods as per our Customer’s Cutting Requirement. Applications of Alloy Steel EN36: Alloy Steel EN36 is used extensively by all industry sectors for components and shafts requiring high surface wear resistance, high core strength and impact properties. Typical uses are: Heavy Duty Bushings, Collets, Conveyor Pins, Heavy Duty Gears, King Pins, Ring Gears, Sprockets, Shafts etc..

Carbon Steel En8, a type of carbon and medium tensile steel, is widely accessible and offers increased strength compared to mild steel. It can be easily machined in any state and is commonly utilized in its untreated form. En8, a type of carbon steel, has the ability to undergo additional surface hardening through induction processes. When heat treated, En8 materials exhibit a consistent machinability due to their well-balanced metallurgical structures. Stock Availability of Carbon Steel En8: Carbon Steel EN8 materials are normally available in various forms such as EN8 Rough Rod, EN8 Polish Round, EN8 Rough Square, EN8 Rough Flat, EN8 Plate, EN8 Circle, EN8 Sheet. We supply these materials as per our Customer’s cutting Requirement. Applications of Carbon Steel En8: Carbon Steel En8 is a commonly available carbon and medium tensile steel with improved strength over mild steel. EN8 carbon steel can be machined in any condition and it is generally used in untreated condition. EN8 can also be further surface-hardened by induction processes. EN8 materials in its heat treated forms possesses good homogenous metallurgical structures, giving consistent machining properties.

Grade 410 Stainless Steel is known for its exceptional resistance to hot gases, steam, mild acids and alkalies, as well as freshwater and dry air. By hardening the steel, it achieves maximum heat and corrosion resistance. Our Stainless Steel Grade 410 is a martensitic grade that contains 11.5% chromium, providing excellent wear and corrosion resistance. It can withstand certain chemicals, mild acids, food, water, and air. As a leading supplier of Non-ferrous steels, we offer competitive prices for all your Non Ferrous steel needs. Please reach out to us to make your purchase today. Stock Availability of Stainless Steel SS410: Stainless Steel SS410 material is available in the form Round and Plate. We supply these materials as per customer’s cutting requirement. Applications of Stainless Steel SS410: Mostly using in Bolts, screws, bushings and nuts, Petroleum fractionating structures ,Shafts, pumps and valves, Mine ladder rungs, Gas turbines.

Teflon is used in nonstick cookware, waterproof clothes and furniture, self-cleaning ovens, microwave popcorn bags, pizza boxes, and other products. Teflon has a very low coefficient of friction, as well as excellent heat resistance and dielectric characteristics. Stock Availability of Teflon: These materials are available in Teflon Round, Teflon sheet, Teflon Bush, Teflon Strip, Teflon Plate. We supply these materials as per our customer’s cutting requirement. Applications of Teflon: Teflons are used in manufacturing of cookware, manufacturing of gears, bearings, pipe lining, joints, Slide plates, bushings, O-rings.

Phosphor Bronze is a remarkable material known for its unique blend of strength and ductility, making it an ideal choice for various applications. It exhibits exceptional spring qualities and offers high wear resistance, fatigue resistance, and hardness. The composition of phosphor bronze consists of copper alloyed with tin and phosphorus, resulting in a highly sought-after specialty metal that possesses numerous favorable characteristics. This versatile material finds extensive use in the manufacturing of springs, fasteners, and bolts. We are proud to be the primary supplier of top-quality steel materials for renowned industry leaders. Contact us to buy a best steel materials at best price. Stock Availability of Phosphor Bronze: Phosphor Bronze material is available in the forms of Finishing Bush, Round, Square, Round Pipe, Square Bush, Flat, Hexagon. We supply these materials as per customer’s cutting requirement. Applications of Phosphor Bronze: Phosphor bronze is used for springs, bolts, bushings and bearings, electrical switches with moving or sliding parts, dental bridges and various other products or assemblies where resistance to fatigue, wear, and corrosion are required