SPCE Galvanized Steel Sheet

Product Description

SPCE is a Japanese standard for cold-rolled steel that is specifically designed for applications requiring high surface quality and excellent formability, particularly in deep drawing processes. The “E” in SPCE signifies its suitability for “electrical” applications, meaning it can be used in the manufacturing of parts that demand high precision and surface smoothness. When galvanized, SPCE steel plates receive a zinc coating that enhances their corrosion resistance, making them ideal for use in environments prone to rust. This galvanized steel is commonly used in automotive, electrical, and appliance industries for components like car body panels, electrical enclosures, and roofing. The combination of SPCE’s strength, smooth finish, and zinc protection ensures long-lasting performance, making it a versatile material in demanding applications.

SPCE Galvanized Steel Sheet Standard Specification

Thickness	0.12~2.5mm
Width	1000mm, 1219mm, 1500mm, 1800mm, 2000mm, 2500mm, 3000mm, 3500mm, etc
Length	1000-6000 or Since the custom
Surface	Normal (uneven) spangle/ Skinpassed spangle/ Regular spangle / Minimized spangles
Form	Coils, Foils, Rolls, Plain coil, Shim coil, Perforated coil, Chequered coil, Strip, Flats, Blank (Circle), Ring (Flange) etc.

SPCE Galvanized Steel Sheet Equivalent Material

Grade	Euronorm	China GB	Japanese JIS	US ASTM	German
Grade	EN10130-2006	GB/T 5213-2008	JISG3141-2005	ASTMA1008-2005	Q/SGZGS 324.3-2011
SPCE	DC03	DC03	SPCE	CS TypeA TypeB	St14

SPCE Galvanized Steel Sheet Metal Content

Grade	Element	C	Mn	P	S
SPCE	Min.	-	-	-	-
SPCE	Max.	0.1	0.45	0.03	0.03

Tensile strength: ≥270 MPa
Yield strength: ≤220 MPa
Elongation: 32-42%

Delong Warehouse

Product Inspection

The appearance of the coating is bright, meticulous, without sagging or wrinkles. Thickness inspection can use coating thickness gauge, the method is relatively simple. The thickness of the coating can also be obtained by converting the amount of zinc adhesion. For the bonding strength, a bending press can be used to bend the sample at 90-180°, and there should be no cracks or peeling of the coating. A heavy hammer can also be used to test, and the salt spray test and copper sulfate corrosion test can be done in batches.