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Hot Dipped Galvanized Steel Coils
Created with Pixso. 0.09–3.8mm Hot Dipped Galvanized Steel Coil Z60–Z275 with 12–25% Elongation and 3–8MT Coil Weight for Structural and Automotive Applications

0.09–3.8mm Hot Dipped Galvanized Steel Coil Z60–Z275 with 12–25% Elongation and 3–8MT Coil Weight for Structural and Automotive Applications

Brand Name: HY
MOQ: 50 MT
Delivery Time: 30 days
Payment Terms: L/C, T/T
Detail Information
Place of Origin:
China
Certification:
ISO
Product Name:
Hot Dipped Galvanized Steel Coil (GI Coil)
Brand:
HY
Steel Grade:
SGCC / SGCD / SGCE / SGCH / DX51D+Z / DX52D+Z / DX53D+Z
Thickness:
0.09–3.8 Mm
Width:
1000–1250 Mm
Zinc Coating:
Z60–Z275
Yield Strength:
195–420 MPa
Tensile Strength:
270–500 MPa
Elongation:
12–25%
Surface Treatment:
Chromated / Oiled / Bright / Dry
Process:
Cold Rolled Base + Hot Dip Galvanizing
Standard:
ASTM A653 / JIS G3302 / EN 10147
Coil Weight:
3–8 MT
Coil ID:
508 Mm / 610 Mm
MOQ:
50 MT
Packaging Details:
standard export packing
Supply Ability:
100000
Highlight:

Elongation 12-25% HDG Steel Coils

,

Coil Weight 3-8MT Galvanized Steel Coils

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Yield Strength 195-420N/mm2 Hot Dipped Galvanized Steel Coils

Product Description

0.09–3.8mm Hot Dipped Galvanized Steel Coil Z60–Z275 with 12–25% Elongation and 3–8MT Coil Weight for Structural and Automotive Applications

 

1. Product Overview

 

Hot dipped galvanized steel coils are produced through a continuous galvanizing process where steel is coated with molten zinc to form a uniform protective layer. The coating provides stable corrosion resistance and consistent surface quality for downstream processing.

The combination of 12–25% elongation and 3–8 MT coil weight makes this product suitable for both automated production lines and structural applications requiring controlled forming performance.

 

2. Technical Solution

 

Product performance is based on:

  • Hot dip galvanizing with controlled coating weight (Z60–Z275)
  • Zinc acting as both barrier and sacrificial protection
  • Balanced mechanical properties for forming and load-bearing use
  • Controlled elongation range for stable deformation behavior

Yield strength of 195–420 MPa supports structural requirements, while elongation ensures adaptability during bending, stamping, and roll forming.

 

3. Specifications

 

Parameter

Value

Thickness

0.09–3.8 mm

Width

1000–1250 mm

Zinc Coating

Z60–Z275

Yield Strength

195–420 MPa

Tensile Strength

270–500 MPa

Elongation

12–25%

Surface

Chromated / Oiled / Bright / Dry

Coil Weight

3–8 MT

Coil ID

508 / 610 mm

Standard

ASTM A653 / JIS G3302 / EN 10147

 

4. Application

 

  • Structural steel components
  • Automotive panels and parts
  • Roofing and wall cladding
  • HVAC ducts and ventilation systems
  • Electrical enclosures and appliances
  • General fabrication and sheet processing

 

5. Processing

 

  • Slitting into narrow strips
  • Cut-to-length sheet production
  • Roll forming and bending
  • Stamping and deep drawing
  • Surface coating or painting

 

6. Advantages

 

  • Elongation range suitable for forming and shaping operations
  • Stable zinc coating for corrosion protection in outdoor environments
  • Coil weight compatible with industrial processing equipment
  • Consistent mechanical performance for structural reliability
  • Multiple surface treatments for storage and secondary processing

 

7. How to Choose

 

  • Structural application → select higher yield strength grade
  • Outdoor use → choose higher zinc coating (Z200–Z275)
  • Forming process → prioritize elongation (≥18%)
  • Painting requirement → choose chromated or clean surface
  • Automated line → match coil weight and coil ID

 

8. FAQ

 

Q1: Why is elongation important for galvanized steel coils?
Elongation determines forming performance and reduces cracking during bending or stamping.

 

Q2: What coil weight is suitable for production lines?
3–8 MT is commonly used for standard uncoiling and continuous processing systems.

 

Q3: Can these coils be used for automotive parts?
Yes, the combination of strength and ductility supports automotive forming requirements.

 

Q4: What surface treatment is recommended for storage?
Oiled or chromated surfaces are typically used to reduce oxidation during storage and transport.

 

Q5: Can the coils be converted into sheets?
Yes, coils are routinely slit or cut-to-length into sheets depending on application needs.