Detailed introduction/parameters/applications/functions/maintenance of C17200
Beryllium bronze is a precipitation hardening alloy that has high strength, hardness, elastic limit, and fatigue limit after solid solution aging treatment. It has small elastic hysteresis and corrosion resistance and processing performance. Beryllium copper alloy is an irreplaceable material for submarine cable relay structures. Features such as wear resistance, low temperature resistance, non-magnetism, high conductivity, and no impact sparks. At the same time, it also has good fluidity and the ability to reproduce fine patterns. Due to its many superior properties, beryllium copper alloy has been widely used in the manufacturing industry. Strong conductivity, wear resistance, low temperature resistance, non-magnetic, high conductivity, impact free spark, and other characteristics. At the same time, it also has good fluidity and the ability to reproduce fine patterns. Due to its many superior properties, beryllium copper alloy has been widely used in the manufacturing industry. Product specifications are complete, prices are favorable, packaging is intact, copper is pure, straightness is good, inventory is large, and material certification and SGS report can be provided
chemical compositionBeryllium Be: 1.90-2.15 Cobalt Co: 0.35-0.65 Nickel Ni: 0.20-0.25 Copper Cu: surplus Silicon Si:<0.15 Iron Fe:<0.15 Aluminum Al:<0.15 Comparison standard: AISI C17200
Main performance indicators
Tensile strength (Mpa): 1105 Specific gravity (g/cm3): 8.3 Yield strength (0.2%) Mpa: 1035 Softening temperature (℃): 930 Elongation rate (%): 1 Elastic modulus (Gpa): 128 Hardness (HRC): 38-44 Thermal conductivity (W/m.k20 ℃): 105 Conductivity (IACS%): 18 |