Workability of Beryllium Bronze Before hardening, complex forming can be performed. The B-type and S-type in-plant hardened materials that do not require post-machining heat treatment are materials with excellent balance of strength and formability. The electrical conductivity of beryllium bronze is based on different alloys and specifications, and the conductivity can be between 20% and 70% of the% IACS (annealed copper standard) range.
beryllium copper is a widely used type of beryllium alloy, and its amount has exceeded 70% of the total beryllium consumption in the world today. Beryllium copper is a precipitation-hardening type alloy. It has high strength, hardness, elasticity, and fatigue after solution aging treatment. It has low elasticity lag and corrosion resistance. (Beryllium bronze alloy corrosion resistance in seawater: (1.1-1.4) × 10 -2mm / year.
Beryllium bronze heat treatment has high strength, elasticity, yield and fatigue resistance comparable to special steel, but also has high electrical conductivity, thermal conductivity, high hardness, corrosion resistance, wear resistance, good casting properties, non-magnetic and impact-free The characteristics of sparks are widely used in mold manufacturing, machinery, electronics and other industries.