A285 Grade C Carbon Steel for Pressure Vessels

ASTM A285 Grade C pressure vessel steel is widely recognized for its moderate strength and excellent weldability, making it a preferred choice in industries requiring reliable materials for low to medium pressure environments. A285 GrC boiler and pressure vessel steel prioritizes formability and cost-effectiveness, ensuring it meets the demands of various industrial applications.

A285 Grade C Pressure Vessel Steel under the ASTM A285 specification, which covers carbon steel plates of low and intermediate tensile strength for fusion-welded pressure vessels. A285 GrC pressure vessel steel is particularly suited for environments where moderate pressure and temperature conditions are present. Common applications include the manufacturing of storage tanks, boilers, and heat exchangers, etc.
Conventional Dimensions:
- Thickness: 6 mm to 50 mm
- Width: 1500 mm to 2500 mm
- Length: 3000 mm to 12000 mm
These dimensions make A285 Grade C pressure vessel steel plates ideal for custom fabrication, catering to diverse industrial needs.

Chemical Composition of A285 Grade C

The chemical makeup of A285 Grade C ensures its suitability for pressure vessel use, balancing strength and ductility.

Mechanical Properties of A285 Grade C

The mechanical properties of A285 Grade C highlight its capability to withstand stress while maintaining structural integrity.

Equivalent Materials to A285 Grade C

A285 Grade C can be compared to other international standards for similar applications.

A285 Grade C pressure vessel steel stands out as a reliable and economical choice for applications requiring moderate strength and excellent weldability. With its well-defined chemical composition, robust mechanical properties, and equivalence to international standards, it serves as a cornerstone in industries like energy and chemical processing. Whether you're sourcing A285 Grade C carbon steel plates for boilers or exploring A285 Grade C low-pressure tank steel for storage solutions, this material offers unmatched versatility. Understanding its specifications and potential uses ensures optimal selection for your next project.