DC03 SPCD Cold Rolled Steel Coil Inquiry | 0.3–3.5mm Full Hard Secondary Quality Drawing Material

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商品描述
  • Hardness
    Full Hard
    Skin Pass
    Yes
  • Surface Treatment
    Non-oiled
    Thickness
    0.5 mm ~ 1.0 mm, 0.6MM-2.5MM
  • Type
    Steel Coil
    Alloy Or Not
    Non-Alloy
  • Application
    For drawing of automobiles
    Certificate
    API , RoHS, BIS, JIS, ISO 9001
  • Delivery Time
    8 ~ 14 days
    Grade
    carbon steel, HC340/590DP
  • Oiled or Non-oiled
    Non-oiled
    Processing Service
    Welding, Punching, Cutting, Bending, Annealed
  • Standard
    AISI
    Tolerance
    ±5%, ±1%
  • sample
    free
    Advantage
    Large stock available, immediate delivery
  • Width
    90-2000mm
    Hardness For stamping
    Soft state High strength: Hard state
  • Trade Term
    FOB, CFR, CIF
    surface treatment
    Bright finish, matte finish, oiled (anti-rust), non-oiled
  • Payment
    30% deposit is required
    Trade type
    FOB, CIF, DDP, etc.

Agree material condition and secondary-quality acceptance before selecting cold rolled coil for drawing.

Grade and condition

The title requests DC03 or SPCD and full hard material, while the detail names HC340/590DP with both hard and soft stamping descriptions. Confirm the actual designation and delivery condition with chemistry and test records rather than inferring drawability.

Thickness scope

The requested 0.3–3.5 mm range differs from the detailed thickness descriptions. Agree actual thickness, usable width, oiling and surface condition for the intended process instead of treating the combined ranges as a stock matrix.

  • Actual material designation
  • Hard or soft delivery condition
  • Thickness and usable width
  • Secondary defect acceptance
  • Drawing process inspection

Secondary supply

Secondary quality requires actual defect and dimensional inspection agreed for the order. Do not infer prime condition, automotive qualification or forming performance from application wording; confirm what the supplied coil can meet before fabrication.