◆ Application
S235JR Z60 galvanized steel sheet is a steel sheet coated with a layer of zinc on the surface of S235JR steel sheet. Z60 is one of the most commonly used coating types in manufacturing and construction industries.
Typical applications of S235JR Z60 galvanized sheet metal include:
Building elements such as steel structures (purlins and girders);
Steel frame decoration: painted rainwater pipe fittings;
Auto parts and body panels;
pipes and profiles;
engineering components;
Household appliances (washing machine frames and panels, cooker trays, clothes dryers, speaker stands, etc.);
Industrial products (oil pumps, oil tanks, heat exchangers, fan housings, trapezoidal profiles, cable tray systems);
Electronics and agricultural machinery components.
◆ Properties
Chemical properties:
Grade | C | Si | Mn | P | S | N | Cu | ||
≤16mm | >16mm~≤40mm | >40mm | |||||||
S235JR | ≤0.17 | ≤0.17 | ≤0.20 | - | ≤1.40 | ≤0.035 | ≤0.035 | ≤0.012 | ≤0.55 |
Mechancal properties:
S235JR | Yield Strength ReH ,MPa | |||||||
≤16mm | >16mm~≤40mm | >40mm~≤63mm | >63mm~≤80mm | >80mm~≤100mm | >100mm~≤150mm | >150mm~≤200mm | >200mm~≤250mm | |
235 | 225 | 215 | 215 | 215 | 195 | 185 | 175 |
s235jr galvanized sheet metal | Tensile strength Rm ,MPa | ||||
<3mm | ≥3mm~≤100mm | >100mm~≤150mm | >150mm~≤250mm | >250mm~≤400mm | |
360-510 | 360-510 | 350-500 | 340-490 | - |
s235jr galvanized steel sheet | Temperature | Longitudinal impact strength KV Minimum energy (J) | ||
≤150mm | >150mm~≤250mm | >250mm~≤400mm | ||
20 | 27 | 27 | - |
s235jr galvanized steel | Minimum elongation after break L0=80mm | ||||
≤1mm | >1mm~≤1.5mm | >1.5mm~≤2mm | >2mm~≤2.5mm | >2.5mm~≤3mm | |
17 | 18 | 19 | 20 | 21 |
Coating properties:
Type of coating | Density d/(g/cm3) | Coating form | Recommended Nominal Coating Weight/(g/m2) | |
type | code name | |||
Pure zinc coating | Z | 7.1 | Equal thickness plating | 60 |
Different thickness plating | 60 | |||
Coating Surface Structure | code name | feature | ||
Ordinary spangle | N | The zinc flower structure visible to the naked eye obtained by solidification of the zinc layer under natural conditions | ||
Small spangle | M | Visible fine spangle structure obtained by special control method | ||
Zinc free | F | The fine spangle structure invisible to the naked eye obtained by a special control method |