Galvanized Steel Coil and Sheet | 15N20 A792 G350 Requests, 2mm Specification Selection

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Product description
  • Coating
    Z10 ~ Z29
    Hardness
    Full Hard
  • Spangle Type
    Regular Spangle
    Thickness
    0.21 mm ~ 0.50 mm, 0.21-0.50mm
  • Type
    Steel Coil
    Application
    Making Pipes, Cutting Sheets, Making Small Tools, Making Corrugated Sheets, Making Container, Making Fences
  • Certificate
    API , CE, RoHS, SNI, BIS, Saso, PVOC, SONCAP, SABS, SIRM, TISI, KS, JIS, Gs, ISO 9001
    Delivery Time
    within 7 days
  • Grade
    Q235
    Length
    100m(328.08ft)
  • Oiled or Non-oiled
    Non-oiled
    Processing Service
    Welding, Punching, Cutting, Bending, Decoiling
  • Skin Pass
    Yes
    Standard
    JIS, ASTM AISI JIS DIN GB
  • Technique
    Cold Rolled Based
    Tolerance
    ±1%
  • Product Name
    steel coils sheets galvanized
    Surface
    Galvanized Coated
  • Keyword
    Galvanzied Sheet
    Shape
    Coil Roll
  • Surface Treatment
    Passivation Treatment
    Material
    SGCC/CGCC/TDC51DZM/TDC52DTS350GD/TS550GD/DX51D+Z Q195-q345
  • Special Use
    High-strength Steel Plate
    MOQ
    1 Ton

Galvanized Steel Coil and Sheet | 15N20 A792 G350 Requests, 2mm Specification Selection

Galvanized steel coil and sheet are listed with an actual 2mm specification and width bands of 900–1000 or 1001–1250mm. The body instead records 0.21–0.50mm thickness, so the intended gauge must be confirmed before ordering.

The title includes 15N20, A792 and G350, while the table names Q235 and several galvanized sheet grades. These do not establish one common substrate or coating system. Z10–Z29 lacks a stated coating measurement basis; passivation, regular spangle and non-oiled condition are recorded separately.

A 100m length entry is also supplied. Identify whether that length applies to the chosen coil configuration, and state thickness, width and surface treatment on one order specification. Ask for the selected grade and coating documentation. Full hard and high-strength labels alone do not demonstrate a numerical mechanical property or compliance with every named standard.