ASME SA213 T22
Alloy Steel Pipe – High-Temperature Performance for Industrial Applications This premium alloy steel pipe, governed by the ASME SA213 specification, is engineered for demanding environments where thermal stability and mechanical integrity are paramount. Known globally as a reliable choice for boiler tubes, superheater components, and pressure vessel systems, ASME SA213 T22 delivers consistent performance in high-temperature and high-pressure operations below 550°C. Its carefully balanced chemical composition ensures exceptional resistance to oxidation, creep deformation, and thermal fatigue—critical factors in energy generation and chemical processing industries. Key Features: - Optimized Chromium (1.9–2.6%) and Molybdenum (0.87–1.13%) content enhances elevated temperature strength and corrosion resistance. - Low carbon range (0.05–0.15%) minimizes weld sensitization risks, improving fabrication safety and joint integrity. - Controlled phosphorus and sulfur levels (<0.025% each) ensure high material purity, reducing hot brittleness and enhancing ductility. - Mechanical properties meet or exceed ASME standards: tensile strength ≥415 MPa, yield strength ≥205 MPa, elongation ≥30%, enabling cold bending and forming without cracking. Detailed Description: Manufactured under strict quality control protocols—including ultrasonic testing (UT) and radiographic inspection (RT)—ASME SA213 T22 pipes undergo precise heat treatment processes to guarantee uniform microstructure and long-term reliability. This seamless alloy steel pipe combines excellent thermal conductivity with superior mechanical resilience, making it ideal for applications involving sustained exposure to elevated temperatures. The inclusion of manganese (0.3–0.6%) improves machinability and cold workability, while silicon (≤0.5%) reduces oxide scale formation during service life, contributing to maintenance efficiency and extended operational cycles. Ideal Use Cases: Commonly deployed in thermal power plants, refineries, petrochemical facilities, and industrial boilers, this grade supports efficient steam generation, heat exchanger systems, and pipeline networks operating under extreme conditions. It serves as a cost-effective yet robust solution for equipment requiring stable performance at moderate-to-high temperatures (up to 550°C), particularly when compared to more advanced alloys like T91 or Super 304H in less aggressive environments. User Feedback Highlights: Industry professionals praise its predictable behavior under cyclic loading, minimal distortion after welding, and compatibility with standard fabrication techniques. Many users report reduced downtime due to fewer failures related to creep or oxidation, especially when proper preheat and post-weld heat treatment procedures are followed. Frequently Asked Questions: What makes ASME SA213 T22 suitable for boiler applications? Its chromium-molybdenum formulation provides outstanding resistance to high-temperature oxidation and creep rupture, ensuring safe operation in boiler tubes and headers. Is it compatible with other materials in piping systems? Yes, but compatibility must be verified through metallurgical analysis and adherence to welding codes such as ASME B31.1 or AWS D1.1. Can it be used beyond 550°C? While technically usable up to 570°C for short durations, prolonged exposure may compromise long-term structural integrity; upgraded grades like T91 or stainless steels are recommended for ultra-high-temperature scenarios. For engineers and procurement specialists seeking durable, standardized solutions for critical infrastructure projects, ASME SA213 T22 remains a trusted benchmark in global industrial engineering.
Product Categories : Boiler Pipe > ASME SA213 Boiler Pipe
