ASTM A36 vs SS400: Key Differences, Properties and Substitution Guide
5029ASTM A36 vs SS400: ASTM A36 vs SS400: compare yield strength, standards and performance. Is SS400 equivalent to A36? Can it replace A36 in structural projects?
View detailsSearch the whole station
Carbon steel profiles refer to structural shapes produced through hot rolling or forming processes to achieve specific cross-sections such as I-beams, channels, angles, and flat bars. These profiles provide essential structural support in construction, infrastructure, and manufacturing, valued for their strength, rigidity, and cost-efficiency.

Hot rolled carbon steel profiles offer excellent machinability, weldability, and impact resistance. Depending on the grade, they can be optimized for both heavy-duty and precision applications. Their durability and flexibility make them ideal for high-stress environments, including industrial machinery and steel frameworks.
Carbon steel profiles are extensively used in:
Choosing a carbon steel profile supplier with strict quality control ensures compliance with ASTM, EN, and JIS standards, guaranteeing consistency in performance and safety.
CJM provides a wide range of custom carbon steel profiles, tailored to meet global project requirements in construction, shipbuilding, and heavy industry.
ASTM A36 vs SS400: ASTM A36 vs SS400: compare yield strength, standards and performance. Is SS400 equivalent to A36? Can it replace A36 in structural projects?
View detailsQ355 steel equivalent chart (ASTM, EN, JIS) with yield strength, properties, and grade differences (Q355B/C/D/E). Quick reference for engineers and buyers.
View detailsLearn when Q235B can replace A36 — and when it should not. Compare ASTM A36 vs Q235B in standards, equivalency, strength, consistency and risks.
View detailsSource carbon steel plates from China with this guide covering suppliers, prices, grades, shipping, import costs, and key factors for global buyers.
View details
HelloPlease log in