Eagle Brass | Copper Alloys

Coppers	Brasses
C10100 Oxygen-Free Copper (certified) C10200 Oxygen-Free Copper (non-certified) C11000 ETP Copper C12200 C19400 Iron Copper	C21000 Gilding 95/5 C22000 Commercial Bronze 90/10 C23000 Red Brass 85/15 C24000 Low Brass 80/20 C26000 Cartridge Brass 70/30
Tin Brass	Phosphor Bronzes
C42500 Lubaloy X	C50500 C51000 Grade A 5% C51100 Grade A 4% C51900 Grade A 6% C52100 Grade C 8%
Copper Nickels	Nickel Silvers
C70600 C71500 30% C72500 Cu Ni Tin	C73500 72/18 C75200 65/18 C76200 59/12 C77000 55/18
High Performance Alloys
C15100 C19010 (XP-125) C19010 (XP-150) C19210 C70260 XP-10

C19010 (Copper-Nickel-Silicon)
High performance alloy for elevated temperature interconnects Excellent formability, strength, and 150°C stress relaxation resistance Excellent conductivity and plateability. Stabile: Maintains 83% of it's initial stress after 1000 hours at 150°C, and 77% after 10,000 hours. Strong yet Conductive: High conductivity for yield strengths up to 85 ksi.
C19210 (Copper-Iron)
Connector alloy for electrical and electronic applications High electrical conductivity. Critical for applications where high current/amperage is required. High thermal conductivity Minimizes temperature rise from resistive heating in high current or mixed mode applications. Excellent stability with low internal stress, important considerations for precious metal contacts, automotive and electrical connectors. Stabile Maintains 75% of it's initial stress after 1000 hours at 105°C Maintains 70% after 10,000 hours. At temperatures of 350°C, C19210 was found to have 97% strength remaining after a time of 10 minutes.
C7026 (Copper-Nickel-Silicon)
High strength alloy for elevated temperature and electronic interconnects C7026 is an ideal candidate for miniature, fine pitch components, elevated temperature interconnects, telecommunications, and high reliability applications. The combination of strength, bend formability and stress relaxation stability make C7026 a clear option to proprietary alloys line C7025, Brush 60 (17460), and 171. C7026 is also an upgrade to modified tin brass and modified phospher bronze alloys - which lack stability at high operating temperatures. Stabile Maintains 79% of it's initial stress after 1000 hours at 150°C Maintains 71% after 10,000 hours At temperatures of 350°C, C19210 was found to have 97% strength remaining after a time of 10 minutes.