ベリリウム銅のRod&Strip&Plate&Wire&Tube C17200 C17300 C17510 C17500

beryllium copper rod
July 27, 2023
カテゴリー接続: ベリリウムの銅合金
概要: Discover the high-performance Beryllium Copper Rod, Strip, Plate, Wire, and Tube in grades C17200, C17300, C17510, and C17500. These alloys offer exceptional strength, hardness, and conductivity, ideal for various industrial applications. Learn about their unique properties and why CUBERYLLIUM® is your trusted supplier.
関連製品特性:
  • Available in multiple grades: C17200, C17300, C17510, and C17500 for diverse industrial needs.
  • High strength and hardness, with C17200 achieving up to 1360Mpa tensile strength and Rockwell C45 hardness.
  • Excellent electrical conductivity, with C17200 offering a minimum of 22% IACS in fully aged condition.
  • Free machining option with C17300, containing lead for improved automatic machining operations.
  • Moderate yield strength (up to 960Mpa) and high conductivity (45-60% of pure copper) in C17510 and C17500.
  • Available in various forms: Rod, Strip, Plate, Wire, Tube, Billet, and Disc.
  • Manufactured to ASTM standards, ensuring quality and reliability.
  • Custom capabilities and wholesale pricing for bulk orders, with worldwide shipping options.
FAQ:
  • What are the key properties of C17200 Beryllium Copper?
    C17200 offers the highest strength and hardness among commercial copper alloys, with tensile strength exceeding 1360Mpa and Rockwell C45 hardness. It also provides excellent electrical conductivity (22% IACS) and resistance to stress relaxation at elevated temperatures.
  • Why choose C17300 for machining applications?
    C17300 contains a small amount of lead, making it ideal for automatic machining operations. The lead promotes finely divided chips, extending cutting tool life and improving machining efficiency.
  • What forms of Beryllium Copper are available from CUBERYLLIUM®?
    CUBERYLLIUM® supplies Beryllium Copper in various forms including Rod, Strip, Plate, Wire, Tube, Billet, and Disc, catering to a wide range of industrial applications and custom requirements.