EN 10292 Key Features
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Category |
Details |
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Material Properties |
High Yield Strength: Designed for cold forming applications requiring durability and load-bearing capacity |
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Coatings: Includes Z (zinc), ZF (zinc-iron), ZA (zinc-aluminium), AZ (aluminium-zinc), and AS (aluminium-silicon) |
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Applications |
Automotive (chassis, structural parts) |
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Construction (roofing, load-bearing profiles) |
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Industrial components |
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Aligns with DIN, BS, and other EU standards |
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Includes requirements for chemical composition, mechanical properties, and coating adhesion |
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Processing |
Suitable for cold forming techniques (bending, stamping, welding) |
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Specifies tolerances and testing methods (tensile strength, elongation) |
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Common Grades |
HX260LAD+Z, HX420LAD+ZA, HC380LA+ZF |
Corresponding International Standards
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EN 10292 Grade |
Chinese Standard |
Japanese Standard |
American Standard |
Korean Standard |
International Standard |
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HX220PD+Z |
Q/BQB 420-2003 H220PD+Z |
JIS G3302 SGCH |
ASTM A653 CS Type B |
KS D 3521 SGCH |
ISO 1460 |
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HX300LAD+Z |
Q/BQB 420-2003 H300LAD+Z |
JIS G3302 SGC340 |
ASTM A653 HSLAS Type B Grade 300 |
KS D 3521 SGC340 |
ISO 4995 |
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HX340LAD+Z |
Q/BQB 420-2003 H340LAD+Z |
JIS G3302 SGC440 |
ASTM A653 HSLAS Type B Grade 340 |
KS D 3521 SGC440 |
ISO 4996 |
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HX380LAD+Z |
Q/BQB 420-2003 H380LAD+Z |
JIS G3302 SGC590 |
ASTM A653 HSLAS Type B Grade 380 |
KS D 3521 SGC590 |
ISO 10130 |
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HX420LAD+Z |
Q/BQB 420-2003 H420LAD+Z |
JIS G3302 SGC780 |
ASTM A653 HSLAS Type B Grade 420 |
KS D 3521 SGC780 |
ISO 10149 |
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DX51D+Z |
GB/T 2518 DX51D+Z |
JIS G3302 SGCC |
ASTM A653 CS Type C |
KS D 3521 SGCC |
ISO 3575 |
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S220GD+Z |
GB/T 15675 S220GD+Z |
JIS G3302 SS 230 |
ASTM A653 SS 230 |
KS D 3521 SS 230 |
ISO 1460 |
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S350GD+Z |
GB/T 15675 S350GD+Z |
JIS G3302 SS 340 |
ASTM A653 SS 340 |
KS D 3521 SS 340 |
ISO 1460 |
Advantages
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Advantage |
Key Features |
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Corrosion Resistance |
Zinc coating prevents rust; sacrificial protection even if scratched. |
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Strength & Formability |
High strength for cold-forming (deep drawing, bending) without cracking. |
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Weldability & Paintability |
Easy welding; smooth surface for paint adhesion (ideal for automotive use). |
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Durability & Low Maintenance |
Lasts 50+ years (normal conditions); minimal upkeep required. |
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Compliance & Standards |
Meets EN 10292, automotive (VW/BMW), and construction industry standards. |
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Eco-Friendly |
100% recyclable; reduces waste due to long lifespan. |
Applications
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Industry |
Key Applications |
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Automotive |
Car body frames, chassis parts, door reinforcements, seat rails |
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Construction |
Roofing, wall cladding, structural supports for industrial/warehouse buildings |
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Machinery Manufacturing |
Machinery housings, brackets, load-bearing components |
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Electrical & Appliances |
Electrical enclosures, refrigerator panels, air conditioner casings |
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Transportation |
Truck beds, container components, trailer frames |
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Agriculture |
Farm machinery parts (plow frames, irrigation components, storage tanks) |
Zinc Choice
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Coating Type |
Key Features |
Common Coating Weights |
Typical Applications |
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Hot-dip pure zinc (Z) |
Metallic luster; good corrosion resistance; available in spangle variants |
100g/m², 140g/m², 200g/m², 275g/m² |
Roofing, automotive body parts, general outdoor use |
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Hot-dip zinc-iron alloy (ZF) |
Dark gray; excellent paint adhesion; suitable for post-painting processes |
90g/m², 100g/m², 120g/m² |
Electrical enclosures, components requiring painting |
Packaging
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