Copper C17510 Powder

Copper C17510 powder is a copper-based alloy powder that contains nickel, silicon, and chromium as its main alloying elements. It is known for having high strength, good corrosion resistance, excellent brazeability, and high thermal and electrical conductivity.


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Copper C17510 powder is a copper-based alloy powder that contains nickel, silicon, and chromium as its main alloying elements. It is known for having high strength, good corrosion resistance, excellent brazeability, and high thermal and electrical conductivity.

Some key properties and characteristics of Copper C17510 powder include:


  • Copper – Balance
  • Nickel – 9-11%
  • Silicon – 3-4%
  • Chromium – 0.3-1.2%


  • High strength and hardness
  • Excellent corrosion resistance
  • Great brazeability
  • High thermal and electrical conductivity
  • Good wear resistance

Particle Size

  • Typically under 325 mesh (<44 μm)
  • Custom particle sizes available

Production Methods

  • Gas atomization
  • Water atomization


  • Brazing pastes and preforms
  • Thermal management interfaces
  • Electrical contacts and connectors
  • Wear-resistant coatings


The composition of Copper C17510 allows it to have a unique combination of strength, conductivity, and brazeability. Here are more details on the composition:

Copper (Balance)

  • Provides excellent thermal and electrical conductivity as the base metal
  • Enables good ductility for formability in applications

Nickel (9-11%)

  • Increases strength through solid solution strengthening
  • Contributes to corrosion resistance
  • Helps maintain conductivity

Silicon (3-4%)

  • Aids flowability for improved brazeability
  • Increases corrosion resistance
  • Can enable precipitation strengthening

Chromium (0.3-1.2%)

  • Improves high temperature strength
  • Enhances corrosion resistance especially in reducing environments

Trace amounts of magnesium, aluminum, zinc, lead, tin, iron, phosphorus, carbon are typically present. Tight controls on composition within specified ranges is necessary to achieve consistent properties.

Properties and Characteristics

Copper C17510 stands out for its well-balanced material properties making suitable for high performance applications:

Mechanical Properties

Tensile Strength550-750 MPa
Yield Strength≥ 380 MPa
Hardness≥ 150 HB
  • High strength from nickel and alloy strengthening
  • Good ductility for moderate formability

Physical Properties

Density8.8 g/cm3
Melting Point1020-1050°C

Thermal Properties

Thermal Conductivity50-100 W/m-K
Coefficient of Thermal Expansion17 x 10-6 K-1
  • Excellent thermal conductivity for heat transfer

Electrical Properties

Electrical Resistivity≤ 0.05 ohm-cm
Electrical Conductivity≥ 20 MS/m
  • High electrical conductivity from copper

Brazing Properties

Liquidus Temperature1020-1040°C
Solidus Temperature980-1000°C
  • Low brazing temperature
  • Excellent flowability and gap bridging

Corrosion Resistance

  • Good resistance to atmospheric environments
  • Suitable for indoor and mild outdoor exposure
  • Chromium improves resistance especially in reducing conditions

Wear Resistance

  • Good erosion, abrasion, and fretting resistance
  • Can be further enhanced through heat treatment


The balanced material properties of copper C17510 powder make it well suited for the following applications:


Copper C17510 is used in making brazing pastes and preformed shapes due to its low brazing temperature, excellent flow and gap fill capabilities.

Typical brazes include:

  • Copper, brass, bronze
  • Steels, stainless steels
  • Nickel alloys
  • Tungsten carbide

It is widely used to join components in:

  • Heat exchangers
  • Oil coolers
  • Electronic devices
  • Cutting tools

Benefits for brazing:

  • Excellent flowability and wetting
  • Good gap bridging ability
  • Uniform joint interfaces
  • High joint strength
  • Does not require flux with proper joint preparation

Thermal Management

C17510 finds use in thermal management applications thanks to its high thermal conductivity coupled with good strength:

  • Heat sinks
  • Heat spreaders
  • Thermal interface materials (TIMs)

It enables excellent heat dissipation in electronics cooling and thermal transfer processes. Can be integrated as Cu-C17510 coatings, structures or composites on device surfaces or heat sinks.

Benefits for thermal management:

  • Greater ability to transfer heat than aluminum or copper alone
  • Well-bonded metallurgical coatings for improved efficiency
  • Withstands thermal cycling without degradation
  • Ease of forming complex shapes

Electrical Contacts

The alloy is applied in electrical components like:

  • Connectors
  • Relays
  • Switches

It provides high electrical conductivity to allow signals and currents to pass through while having good strength, hardness and wear resistance to withstand repetitive contact forces over time.

Benefits for electrical contacts:

  • Excellent electrical conductivity minimizes power losses
  • Resists welding, arcing, and sticking of contacts
  • Maintains surface smoothness and low contact resistance after prolonged use
  • Tolerates occasional arcs without significant erosion

Protective Coatings

Copper C17510 coatings provide good wear protection in:

  • Bearings
  • Bushings
  • High pressure valves
  • Landing gear components

The coatings act sacrificially under impact, abrasion, or chemical attack preventing wear on critical substrate surfaces.

Benefits as protective coatings

  • Harder than regular copper providing wear resistance
  • Withstands repetitive contact and impact
  • Chemically compatible with ferrous alloys
  • Retards galling and adhesive wear failure modes
  • Restores dimensions of worn components

Copper C17510 Powder Specifications

Copper C17510 powder products are available in different size ranges, morphologies, and types to suit various application needs:

Particle Size Distribution

Mesh RangeParticle Size
-100< 149 μm
-140<105 μm
-200<74 μm
-325<44 μm
-400<38 μm
  • Tighter size distributions for precise dispensing
  • Chemically inert gas atomized spherical types preferred for brazing
  • Fine irregular powder for thermal spray coatings


  • Spherical – Gas atomized
  • Irregular flakes – Water atomized
  • Mixed shapes – Crushed powders

Common Types

TypeOxygen ContentProduction MethodShape
CuCr10Ni10<100 ppmGas atomizedSpherical
CuCr10Ni10<300 ppmWater atomizedIrregular flakes
CuCr10Ni10>1000 ppmCrushedMixed morphology

Product Standards

  • ASTM B751
  • Other national and international standards
  • Manufacturer specifications

Quality Checks

  • Composition verification via spectrometry
  • Particle size analysis using laser diffraction
  • Morphology checks under SEM
  • Powder flow rate measurement
  • Apparent and tap density values
  • Checks for satellite particles


  • 1 to 25 kg plastic bottles in boxes
  • Double sealed metal drums up to 500 kg
  • Vacuum sealed foil bags


  • Store in cool, dry environments
  • Sealed containers to prevent contamination
  • Avoid direct sunlight, excessive moisture, oxygen

Copper C17510 Powder Suppliers

Some leading global suppliers of copper C17510 alloy powder include:

CompanyProduction MethodsMorphologyParticle SizesBrand Names
SCM Metal ProductsGas atomizedSpherical-100 to -325 meshXuperloy
Atlantic Equipment EngineersGas and water atomizedSpherical and irregular-100 to -325 meshAeeloy
Kymera InternationalGas atomizedSpherical-100 to -325 meshKinectiq
Sandvik OspreyGas atomizedSpherical-100 to -400 meshOsprey
HoganasGas atomizedSpherical-100 to -325 meshHoganas

Copper C17510 Powder Pricing

Pricing for copper C17510 powder products depends on several factors:

Powder Type

  • Chemistry – Prices increase for lower oxygen and tighter chemistry controls
  • Production Method – Gas atomized powder commands higher pricing over crushed types
  • Particle Size – Finer powders are more expensive to manufacture


  • Prices decrease significantly on bulk orders due to economy of scale
  • Small prototyping quantities are expensive

Quality Standards

  • Military grade powder certified to additional tests and standards is more costly
  • Powder meeting industrial specifications carries moderate pricing

Supply and Demand

  • Availability issues can increase pricing
  • Long term contracts in high volumes offer best pricing
Powder GradeParticle SizeQuantityPrice Range
Industrial Quality-325 Mesh1-5 kg€100-€300 per kg
|-325 Mesh25-100 kg€50-€150 per kg
Military Grade-400 Mesh1 kg€800-€1200 per kg
|-400 Mesh100 kg€300-€600 per kg

In general, Copper C17510 powder costs between $50-150 per kg in small quantities, with the price dropping considerably for bulk orders. Get instant quotes from suppliers to know exact pricing based on your specific material, quality and quantity requirements.

Comparing Copper C17510 Powder to Alternatives

Copper C17510 stands out among other copper alloys and materials for brazing, thermal management, and electrical components due to its balanced set of material properties. Here is how it compares:

Versus Pure Copper

PropertyCopper C17510Pure Copper
StrengthMuch higherLow
Corrosion ResistanceBetter due to Ni and CrPoor
Oxidation ResistanceBetterPoor
Thermal ConductivitySlightly lowerHigher
Electrical ConductivitySlightly lowerHigher
Wear ResistanceBetterPoor

Copper C17510 Advantages:

  • Significantly stronger and harder while maintaining good conductivity
  • Far superior corrosion, oxidation, and wear resistance
  • Matches brazeability of pure copper

Copper C17510 Disadvantages:

  • More expensive than pure copper powder
  • Lower thermal and electrical conductivity

Versus Other Copper Alloys

The combination of strength, conductivity, brazeability sets Copper C17510 apart from other common alloys:

AlloyKey Features
Brass (Cu-Zn)Low melting point good ductility
Bronze (Cu-Sn)High strength hardness wear resistance
Copper-Nickel (Cu-Ni)Excellent corrosion resistance
Copper C17510 (Cu-Ni-Si-Cr)Strength + conductivity + brazeability

Advantages over other alloys:

  • Simultaneously optimized mechanical, electrical and thermal properties unavailable in other alloys
  • Lower brazing temperature than bronzes and brasses
  • Less prone to solidification cracking than Cu-Ni alloys

Disadvantages relative to alloys:

  • Less formability than brasses
  • Less wear resistance than complex bronzes
  • Inferior corrosion resistance to Cu-Ni in highly aggressive conditions

So in applications needing the exact combination of strength, conductivity, and brazeability, Copper C17510 outperforms other alloy alternatives.

Copper C17510 Powder Uses

Here are some of the detailed uses and applications of copper C17510 powder in various industries:


  • Braze preforms for semi-conductor packaging
  • Lid seals, leadframe bonding
  • Base plate bonding in power electronics
  • Thermal interface material coatings on PCBs
  • EMI/RFI shielding


  • Joining components in manifold exhaust gas recirculation coolers
  • Electrical connector tabs and rivets
  • Bonding heat sinks and heat spreaders
  • Water cooled electronics bonding


  • Turbine blade braze repair
  • Thermal management structures with integrated cooling channels
  • Satellite component bonding
  • Resisting fretting wear in cryocoolers


  • Tooling component brazing
  • Repairing molds using brazed CuCr powders
  • Custom furnace part fabrication
  • Wear resistant inserts in steel making


  • Metallization layer in X-ray tube rotating anodes
  • Brazed feedthrough assemblies
  • Biocompatible sterilization resistant surfaces


  • Fuse elements in munitions
  • Joining stainless steel radial coolant tubes
  • Corrosion resistant connectors


Here are answers to some common questions about C17510 powder:

Q. What particle size of Copper C17510 is best for brazing applications?

A. For most brazing applications, -325 mesh (<44 μm particle size) provides optimal flow properties and joint strength. Finer powders down to -400 mesh can offer better surface coverage.

Q. Does C17510 powder require flux for brazing?

A. Quality gas atomized C17510 powder with low oxygen levels allows fluxless brazing for most similar and dissimilar metal joints. Proper part fit up and surface preparation is necessary.

Q. What are the effects of nickel, silicon and chromium on properties?

A. Nickel increases strength without compromising conductivity. Silicon aids braze flow and marginally improves corrosion performance. Chromium enhances oxidation and corrosion resistance in service environments.

Q. What is the difference between gas and water atomized powder?

A. Gas atomization produces fine spherical powders preferred for brazing while water atomization yields irregular flakes suited for thermal spray. However, both find application depending on intended use.

Q. Why choose C17510 versus alternate alloys?

A. The blend of strength, thermal and electrical conductivity combined with excellent brazeability offered by C17510 is unparalleled by other common copper based alloys which lack this balance.

Q. Is copper C17510 powder recyclable?

A. Yes, copper alloy scrap powder and solid materials can effectively be recycled to yield good quality powders for reuse. Ability to recycle waste powder improves cost efficiency.

Q. What alloy powder particle shape is preferred for additive manufacturing?

A. For binder jetting and powder bed fusion AM processes, spherical gas atomized powder with good flowability and tight particle size distribution offers best results for high density parts.

Q. What are common applications for CuCr10Ni10 powder?

A. Key uses are in brazing of similar and dissimilar metals, thermal management coatings and structures in electronics, and electrical contact components due to its unique blend of properties.

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