Beryllium Copper Alloy

C17200 Beryllium Copper Rod – ASTM B196 Straight Length Bar for Downhole MWD/LWD Housings (Alloy 25 / CuBe2) C17200 beryllium copper rod delivers steel-like strength (up to 200 ksi / 1380 MPa) within a copper-based alloy while maintaining exceptional electrical conductivity (22% IACS min.), complete non-magnetic behavior (permeability

C17200 beryllium copper rod delivers steel-like strength (up to 200 ksi / 1380 MPa) within a copper-based alloy while maintaining exceptional electrical conductivity (22% IACS min.), complete non-magnetic behavior (permeability

C17200 beryllium copper bar is the highest-strength copper‑based wrought alloy format available for engineering environments where steel‑level mechanical performance must coexist with electrical conductivity and non‑magnetic behavior. As a precipitation‑hardenable Cu‑Be alloy (UNS C17200 / Alloy 25 / CuBe2 / CW101C / DIN 2.1247), this beryllium copper bar attains ultimate tensile strength up to 200 ksi (1380 MPa) after age hardening—comparable to heat‑treated alloy steel

C17200 beryllium copper foil is the definitive ultra-thin wrought copper alloy format for mission-critical applications requiring sub‑0.15 mm thickness without compromise on spring properties, electrical continuity, or fatigue endurance. As a precipitation‑hardened Cu‑Be alloy (UNS C17200 ± CuBe2 ± Alloy 25 ± DIN 2.1247 ± CW101C), this beryllium copper foil attains tensile strengths above 1380 MPa after age hardening—surpassing all other copper‑based materials—while

C17200 beryllium copper tape represents the highest-performance wrought copper alloy format for applications demanding sub‑millimeter thickness combined with exceptional spring properties. As a precipitation‑hardened Cu‑Be alloy (UNS C17200 / Alloy 25 / DIN 2.1247), this beryllium copper tape achieves tensile strengths above 1380 MPa after age hardening—outperforming any other copper‑based alloy on the market—while retaining 22‑30% IACS electrical conductivity, non‑magnetic

C17200 Beryllium Copper Strip is the industry benchmark for applications demanding an optimal blend of ultra-high strength, exceptional fatigue resistance, and reliable electrical conductivity. As a precipitation-hardening copper alloy (commonly designated as Alloy 25 or UNS C17200), it delivers tensile strength exceeding 200 ksi (1380 MPa) after proper aging—comparable to that of heat-treated steel—while retaining superior corrosion resistance and non-magnetic properties.