Created by: Sanford Cruz
Number of Blossarys: 1
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Compound of Iron containing between 0.15 & 1.35% of carbon. Modern alloys include chromium, lead, manganese, molybenum, nickel vanadium & tungsten to give varying properties. Can generally be hardened and welded with ease. Produced from pig Iron by the Bessemer or Siemens process since 1856, now replaced by BOS process. Before that time, shear steel and crucible steel were produced in very small quantities
Compound of Iron containing between 0.15 & 1.35% of carbon. Modern alloys include chromium, lead, manganese, molybenum, nickel vanadium & tungsten to give varying properties. Can generally be hardened and welded with ease. Produced from pig Iron by the Bessemer or Siemens process since 1856, now replaced by BOS process. Before that time, shear steel and crucible steel were produced in very small quantities
Metallic Element - Symbol = Fe; Atomic Number = 26; Atomic Weight = 55.847; Specific Gravity (Solid) = 7.85; Melting Point = 1533°C; Boiling Point = 2840°C
Metallic Element - Symbol = Fe; Atomic Number = 26; Atomic Weight = 55.847; Specific Gravity (Solid) = 7.85; Melting Point = 1533°C; Boiling Point = 2840°C
Hangi demir formunda doğal olarak oluşur. Cevherler öncelikle demir ve oksijen ancak fosfor ve diğer elemens içerebilir. Temel Bessemer süreç geliştirme önce çeşitli sorunlara neden üretiminde yüksek demir fosfor sadece yüksek kalite cevherler (tipik olarak İsveççe) kullanılabilir.
Forma en que hierro ocurre naturalmente. Los minerales son principalmente hierro y oxígeno, pero pueden incluir elemens de fósforo y otros. Antes del desarrollo del proceso básico de Bessemer, sólo minerales de alta calidad (típicamente sueco) podrían utilizarse para la producción de hierro, como alto fósforo causada numerosos problemas.
