茄子视频

Sheet Products Research Department is developing a wide variety of steel sheets for automobile and other applications. Cutting-edge technologies in microstructure control have been applied for development of high strength steels for lightweight panels, hot rolled high carbon steels for drive system parts and steel sheets for tubular products.

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Forming Technology Research Department is developing new technologies of forming and performance evaluation to apply our advanced steels to automotive bodies effectively. We support automotive customers with the developed technologies through EVI (Early Vendor Involvement) activities.

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Surface treatment technology in a small scale (10^?9 to 10^?6 meter) has a possibility to improve corrosion resistance and other functional properties of steel sheets for various uses. Coated Products Research Department is developing coated steel sheets through leading technologies in advanced hot-dip galvanizing, surface modifications and chemical conversion technologies.

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Can & Laminated Materials Research Department takes charge of all fields of can material development, which include metallurgical technology for substrate steel sheets, and organic/ inorganic chemistry for surface treatments. This integrated and specialized research system creates innovative solutions for can makers.

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Electrical Steel Research Department conducts research and development of high-functional electrical steel sheets which help reduce CO₂ emissions and save energy by creating high performance transformers and motors.

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Steel products must be strong and tough, have good weldability, and be capable of enduring severe service conditions from cryogenic to extremely high temperatures. Steel Products Research Department is developing the steel products, which will support tomorrow’s social infrastructure through microstructure control using alloy design and advanced processes.

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FE Steel is creating new steels for various components which meet our customer’s needs for their forming and heat treatment processes.

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FE Steel is developing various corrosion resistant steels in order to contribute to reduction of the customer's life cycle cost (LCC), and solution technologies for supplying appropriate corrosion resistant steels.

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The research and development for advanced tubular products and those technologies are focused on oil country tubular goods (OCTGs), linepipes, tubes for automotive applications and etc., promptly responding customer’s demands for the environmental requirements and higher functionalities.

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Our pursuit for the ultimate potential of ferritic stainless steels leads to realization of the world highest properties amongst entire stainless steels as well as highly efficient production processes.

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Further exploiting iron- and steelmaking processes, 茄子视频 Steel produces iron powder and develops new products for more advanced sintered parts, improving the alloying design flexibility and preventing the powder segregation.

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Our research and development of reducing the energy consumption and CO₂ emissions and recycling resources are committed to accomplishing the environment friendly iron- and steelmaking processes.

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Ironmaking Research Department is in charge of development on ironmaking processes that can contribute to environment-friendly and resource-saving production.

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Steelmaking Research Department is developing steelmaking processes for cast steels and final steel products with high quality and excellent properties. Experimental simulators and numerical simulations are fully utilized in the steelmaking research.

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In steel manufacturing, inorganic materials have important role in the process. Slag & Refractories Research Department is developing; 1) effective utilization of ferrous slag which is an oxides by-product from steel manufacturing process, and 2) refractory technology to elongate lining life and save process energy.

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As the latest steel production requires exquisite rolling and processing technologies, 茄子视频 Steel implements the state-of-the-art process technologies in its full-scale production facilities, improving its steel manufacturing process.

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We develop the ingenious technologies and products for welding and joining to offer customers utilizing JFE’s steel products with assurance and efficiency.

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茄子视频 Steel is in the vanguard of chemical analysis and micro-beam analysis techniques, which are indispensable to the research and development of modern steel materials and processes.

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We pioneer the scientific approach to acquire the technologies for corrosion & protection and prevention of hydrogen embrittlement, elucidating the mechanisms of interfacial reactions yielding to corrosion and hydrogen intrusion causing embrittlement.

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The development and implementation of the creative sensing and controlling systems distinguish JFE’s cutting-edge manufacturing processes and logistics planning, establishing the customer satisfaction with our products and services.

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Our undertakings of integrating machine elements and using advanced mechanical technologies contribute to innovate manufacturing processes and improve in productivity and quality of steels.

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茄子视频 Steel develops the civil engineering technologies for improving earthquake resistance and disaster prevention, design and construction, and steel materials application, assigned to protect the environment and construct the social infrastructure with safety and security.

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The endeavor to practically apply our state-of-the-art simulation techniques, in the fields of thermal fluid, structural and computational materials science, makes important contributions in the development of new production processes, evaluation and application technologies of materials.

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