3D Printing Copper Alloys: The Secret Weapon for Extreme Performance

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Why Copper Alloys Outperform Pure Copper in Critical Applications?

While pure copper excels in conductivity, industrial-grade copper alloys solve its Achilles’heel: low strength and heat resistance. With additives like Chromium, Zirconium, and Aluminum:

? 2.3x Tensile Strength (CuCrZr: 440MPa vs. Pure Cu: 210MPa)

? 380°C Continuous Service Temp (Ideal for rocket combustion chambers)

? 50% Wear Resistance Boost for bearings and gears

XiaoJiao’s material science team customizes alloy ratios for your load cases  no trial-and-error costs.



Game-Changing Copper Alloys for Industrial 3D Printing

Alloy

Superpower

XiaoJiao’s Solution

CuCrZr

? Fatigue resistance
? High strength at 500°C

Vacuum-sealed powder handling to prevent oxidation

GlidCop AL-15

? 92% IACS conductivity
? Dispersion-strengthened

Proprietary layer control to align Al?O? particles

Beryllium-Free

? Non-toxic alternative
? Comparable to CuBe

Patented CuNiSn formula with HIP densification

 

The Physics Behind Copper Alloys: Why "Stronger Than Steel" Matters?

Property

Pure Copper

XiaoJiao CuCrZr

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