Stainless Steel 446 Coil Manufacturer | Industrial Grade Astm A240, Uns S44600

Stainless steel 446 coil manufacturer in india
$0.50 - $1.50

Minimum Order : 100 piece

Customization as per requirements

Specification Details
StandardAstm A240/, Asme Sa240
Thickness0.2mm, 5.0mm
Width3.2mm, 1500mm
FinishNo.1, 2b, 2d, 2h, 2r, No.4, Hairline, Scotch Brite, Satin Finish, No.8, Ba.

Stainless Steel 446 Coil Manufacturer & Supplier | ASTM A240 / UNS S44600 Standard

R H Alloys is known for being a reliable Stainless Steel 446 Coils Manufacturer, catering to the high demands of Stainless Steel, an integral part of various industrial standards. The material that makes Stainless Steel 446 Coils is a high-chromium ferritic stainless steel known for its excellent ability to withstand oxidation, scaling, and corrosion under increased temperature levels. The material is also commonly used in environments where there is a high need to withstand increased exposure to high-temperature environments. This scenario is where Stainless Steel 431 Coils are also being employed, especially where high strength is needed.
Stainless Steel 446 Coil can be easily fabricated owing to the varying ranges of thickness, width, and finishes. These materials are often obtained through a B2B platform. In situations where a high level of weldability and structural integrity is desired, Stainless Steel 441 Coilmaterials are selected in conjunction with Stainless Steel 446 Coil.

Chemical Composition of Stainless Steel 446 Coil

GradeCMnSiPSCrNNiFe
SS 4460.2 max1.5 max0.75 max0.040 max0.03 max23 – 300.10 – 0.250.50 maxBalance

Mechanical Properties of Stainless Steel 446 Coil

DensityMelting PointTensile StrengthYield Strength (0.2%Offset)Elongation
7.5 g/cm31510 °C (2750 °F)Psi – 75,000 , MPa – 485Psi – 40,000 , MPa – 27520 %
Stainless Steel 446 Coil provides excellent resistance to thermal fatigue, oxidation, and chemical attack for dependable service in high-temperature industrial operations. The material is resistant to dimensional changes during prolonged heat exposure and supports cut-to-length and forming operations. For cost-effective corrosion-resistant solutions in industrial environments, Stainless Steel 3CR12L Coil is also highly used in similar applications.

Uses of Stainless Steel 446 Coil

  • Heat Treatment Furnaces: Conveyor belts, furnace linings, and heat shields
  • Power Generation: High-temperature components and exhaust systems
  • Chemical Processing: Equipment exposed to corrosive and hot environments
  • Industrial Fabrication: Heat-resistant structural components and assemblies
  • Heavy Engineering: Applications where Stainless Steel 3CR12L Coil is used for corrosion resistance and durability

Clients Project 

Product SuppliedQuantityCities (India)
Stainless Steel 415 Sheet Supply120 PiecesRajasthan
SS 415 Sheet supply170 PiecesGujarat
Stainless Steel 415 Sheet150 PiecesPune, Maharashtra
Stainless Steel 415 Sheet Supply250 PiecesVijayawada, Hyderabad


Type of Sub-products

  • Untitled Design 2025 10 30t162403.844.jpg
    Stainless Steel 446 Annealed Coil

    Stainless Steel 446 Annealed Coil

    Stainless Steel 446 Annealed Coil is a heat-treated ferritic stainless steel coil that offers excellent oxidation and corrosion resistance, even at high temperatures. The annealing process improves its ductility, machinability, and formability, making it easier to fabricate and shape. It is commonly used in furnace parts, heat exchangers, and other thermal processing equipment where durability and resistance to scaling are essential.

  • Untitled Design 2025 10 30t162553.697.jpg
    Stainless Steel 446 Cold Rolled Coil

    Stainless Steel 446 Cold Rolled Coil

    Stainless Steel 446 Cold Rolled Coil is produced using a precise cold rolling process that enhances its surface finish, strength, and dimensional accuracy. It provides excellent resistance to oxidation and corrosion, especially at elevated temperatures. This coil is ideal for applications such as furnace liners, heat exchangers, and chemical processing equipment, where both high-temperature stability and a smooth, clean surface are required.