Professionally Developed Stainless Steel 409m Angle Manufacturer For Industrial Fabrication And Structural Applications

Stainless steel 409m angle manufacturer in india
₹85 - ₹173

Minimum Order : 100 piece

Customization as per requirements

Specification Details
Grades201, 202, 304, 301, 304l, 304n, 304ln
StandardDin, Astm, Aisi, En
Diameter (Round bar)4mm, 4mm – 350mm, 350mm
Size (Square bar)6 X 6mm, 50 X 50mm
Size (Flat Bar)2x10mm, 100x1000mm

Engineering-Focused Stainless Steel 409M Angle Manufacturer for Heavy Machinery, Infrastructure, and Industrial Fabrication

R H Alloys is known as one of the premier Stainless Steel 409M Angles Manufacturers, as it assumes immense importance due to its ability to fulfill the rigorous requirements of the respective industry. The Stainless Steel 409M Angle is stated to be the ferritic stainless steel variant, which is suitable for use in applications where resistance to corrosion, as well as enough strength and durability, is the prime requirement. For applications involving equivalent properties of resistance and adequate strength, Stainless Steel X2CrNi12 Angles can also be used as alternatives.
Available in different sizes of legs, thicknesses, and lengths, Stainless Steel 409M Angle is used for fabrication purposes. The product is normally acquired from an internet B2B portal to make bulk purchases easy. For regions that require an extra layer of protection from corrosion, together with better mending properties, Stainless Steel 409L Angle is usually combined with Stainless Steel 409M Angle.

Stainless Steel 409M Angle Chemical Properties

GradesCNiSiSMnPCrTi
SS 409M0.031.000.5-1.510.80-12.501.5 max0.0400.0300.03

Stainless Steel 409M Angle Mechanical Properties

Tensile Strength(MPa) minYield Strength 0.2% Proof (MPa) minElongation (% in 50mm) minRockwell B (HRB) maxBrinell (HB) max
4502402575131

Stainless Steel 409M Angle has good resistance to oxidation and mechanical strength at higher temperatures, so it can also be used for indoor as well as outdoor construction works. This material provides easy cutting, drilling, and welding facilities. In case of requirements with increased hardness and strength, Stainless Steel 410 Angle is also used in such projects.

Uses of Stainless Steel 409M Angle

  • Construction & Infrastructure: Structural frameworks, supports, and reinforcements
  • Industrial Fabrication: Brackets, frames, and load-bearing assemblies
  • Power & Energy Sector: Structural supports and heat-exposed components
  • Automotive Industry: Exhaust system supports and chassis components
  • Heavy Engineering: Applications where Stainless Steel 410 Angle is used for enhanced strength and wear resistance

Clients Project

Product SuppliedQuantityCities (India)
AISI 409M Angle Supply155 PiecesRajasthan
SS 431 Angles supply200 PiecesGujarat
Stainless Steel 409M Angle Supplier110 PiecesPune, Maharashtra
Stainless Steel 409M Angle Manufacturer80 PiecesVijayawada, Hyderabad



Type of Sub-products

  • Galvanized Stainless Steel 409m Angle
    Galvanized Stainless Steel 409m Angle

    Galvanized Stainless Steel 409m Angle

    Galvanized angles are coated with zinc to enhance corrosion resistance, making them suitable for outdoor applications, marine environments, and areas exposed to harsh weather conditions. The coating provides an extra layer of protection while maintaining structural strength and longevity.

  • Polished Stainless Steel 409m Angle
    Polished Stainless Steel 409m Angle

    Polished Stainless Steel 409m Angle

    Polished angles have a reflective, smooth surface finish, combining aesthetics with strength. These are suitable for decorative architectural applications, interior frameworks, and exposed industrial structures where appearance is as important as performance. Polishing also improves corrosion resistance and ease of cleaning.

  • Cold Rolled Stainless Steel 409m Angle
    Cold Rolled Stainless Steel 409m Angle

    Cold Rolled Stainless Steel 409m Angle

    Cold rolled stainless steel 409M angles are produced at lower temperatures, offering a smooth surface finish, higher dimensional accuracy, and increased strength. They are best suited for precision engineering, fabrication, and lightweight industrial structures. The process reduces residual stresses, ensuring enhanced performance in high precision applications.