Power generation components require high-performance BÖHLER steels and alloys with excellent creep, fatigue, and corrosion resistance. Key quality features include ultra-clean materials, full traceability, controlled heat treatment, and rigorous testing for reliable operation.
Components used in power generation systems—whether gas, steam, or nuclear—are exposed to extreme operating conditions including high temperatures, high pressures, and long service lifetimes under continuous or cyclic loading. Material requirements are therefore exceptionally demanding, focusing on high-temperature strength, creep resistance, oxidation and corrosion resistance, and long-term microstructural stability. In nuclear applications, additional requirements such as radiation resistance and strict material purity further increase complexity. Reliable performance over extended operation cycles is critical to ensure plant safety, efficiency, and availability.
BÖHLER high-performance steels and alloys are engineered to meet these stringent demands. Advanced low-alloy and creep-resistant steels, martensitic and precipitation-hardened stainless steels, as well as nickel-based alloys, provide optimized combinations of strength, toughness, and resistance to thermal degradation. Produced using advanced melting technologies, BÖHLER materials offer superior cleanliness and homogeneous microstructures, supporting long component life under fatigue and creep conditions. Key quality features include precise chemical composition control, full traceability, and validated heat treatment processes. Comprehensive testing, including non-destructive inspection and mechanical verification, ensures compliance with industry standards. BÖHLER materials enable reliable and efficient operation across all power generation technologies.
Bu teknik özellik, çubuk, tel, dövme parça ve dövme hammaddesi şeklindeki korozyon ve ısıya dayanıklı bir çeliği kapsar. ESR kalitesinde, östenitik, çökelme sertleşmesi uygulanabilen demir-nikel-krom-molibden-titanyum alaşımlı bir çeliktir. Alüminyum ve titanyum alaşım elementleri, bu malzemenin metalik ara fazların oluşumu yoluyla yaşlandırma (çökelme sertleşmesi) işlemine tabi tutulmasını sağlar. Molibden ilavesi ise yüksek sıcaklıklarda mekanik özellikleri ve sürünme direncini artırır. Bu ürünler genellikle enerji üretim mühendisliğinde, örneğin 704 °C’ye (1300 °F) kadar orta seviyede mukavemet ve 816 °C’ye (1500 °F) kadar oksidasyon direnci gerektiren gaz türbinleri gibi parçalarda kullanılır, ancak kullanım alanları bunlarla sınırlı değildir.
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