What is SPCF steel grade?
SPCF is a galvanized steel sheet defined in the Japanese JIS standard (JIS G 3313), which belongs to galvanized steel for stamping.
Mechanical properties
|
Parameters |
SPCF |
Advantages |
|
Yield strength |
120~220 MPa |
Softer, suitable for complex molding |
|
Tensile strength |
270~370 MPa |
Moderate strength, balanced molding and rigidity |
|
Elongation (A50) |
≥34% |
Significantly higher plasticity |
|
Coating adhesion |
Excellent (suitable for the coating not to fall off after stamping) |
Suitable for subsequent processing |
What is SPCF steel used for?
SPCF steel is a galvanized steel sheet for stamping in the Japanese JIS G 3313 standard. It has excellent formability and corrosion resistance. It is mainly used in fields that require complex stamping processing and rust prevention, such as automobile manufacturing, home appliance industry, construction and hardware, industrial equipment and packaging.
What is the difference between SPCF and DC03?
SPCF (Japanese standard JIS G 3313) and DC03 (European standard EN 10130) are both stamping steels. They differ significantly in material type, performance focus, and application scenarios.
|
Features |
SPCF |
DC03 |
|
Standard System |
Japan JIS G 3313 |
European EN 10130 |
|
Material Type |
Galvanized steel sheet (zinc layer for rust prevention) |
Cold rolled steel sheets (uncoated) |
|
Main Advantages |
Rust prevention + stamping |
High stamping formability |
|
Typical Applications |
Automobile body, home appliance housing |
Deep drawn parts (e.g. fuel tanks, complex housings) |
Which is better SPCF or Q235 steel?
SPCF is galvanized stamping steel, which has excellent rust resistance, cold stamping formability and surface quality, and is used in automobile bodies and home appliance shells; Q235 is carbon structural steel, which has excellent structural strength, welding convenience and high temperature stability, and is used in building steel structures and mechanical bases.
What is SPCF?
SPCF is a hot-dip galvanized steel sheet for stamping defined in the Japanese Industrial Standard (JIS G 3313). It is designed for stamping processing with high formability and corrosion resistance. It has excellent stamping performance, galvanized rust prevention, and smooth surface. It is suitable for complex stamping parts (such as automobile bodies).
