EVERFORGE
CATALOGUECu–Ni–Sn alloys
C72900
Copper-Nickel-Tin Alloy
High-strength Cu-Ni-Sn alloy for load-bearing sliding and wear-sensitive components.
View technical data ↗From high-load bushings to hot-working electrodes and microchannel cold plates. Start with your component, then review the grade, condition and material data.
Illustrative material image
Select the equipment, component and challenge to see candidate materials and the information needed for a technical discussion.
Explore our three focus materials through their applications, product forms and documented properties.
CATALOGUECopper-Nickel-Tin Alloy
High-strength Cu-Ni-Sn alloy for load-bearing sliding and wear-sensitive components.
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CATALOGUEAlumina Dispersion-Strengthened Copper
Thermally stable dispersion-strengthened copper for components facing electrical load and repeated heat.
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ILLUSTRATIVEHigh-Conductivity Copper for Thermal Management
A high-conductivity material option designed for evaluation in brazed microchannel cooling assemblies.
View technical data ↗Six alloy families. Grade-specific properties, applications and the details to confirm before ordering.
Copper-nickel-tin alloy grades for strength, wear-sensitive parts and high-load sliding components.
4 grade profiles ↗ODS copperDispersion-strengthened copper grades for elevated-temperature electrical and thermal components.
4 grade profiles ↗Thermal copperCopper materials for thermal management and microchannel cold-plate evaluation.
1 grade profiles ↗Cr–Zr copperElectrical and welding-focused alloys for parts that balance conductivity and mechanical performance.
3 grade profiles ↗Be–Cu alloysCopper-beryllium grades for elastic components, engineered contacts and precision mechanisms.
3 grade profiles ↗Aluminum bronzeNickel aluminum bronze options for industrial bearing and corrosion-sensitive component assessment.
2 grade profiles ↗Each application connects a component with its operating challenge, candidate materials and a practical review checklist.
Bearing sleeves and bushings in downhole tools face concentrated contact loads, wear and limited lubrication.
View application ↗Electrical resistance welding tools must manage local heating, electrode wear and repeatable contact geometry.
View application ↗Thermal-spray hardware experiences elevated temperatures, cycling and erosion, so material selection must consider more than room-temperature conductivity.
View application ↗Microchannel flow plates, covers and fins must maintain geometry and sealing after their joining process.
View application ↗Send the grade or component, dimensions, condition and quantity. We will review the material requirements with you.