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Precious Metal Wire, Strip, and Rod

Precious-Metal-Wire-Strip-Rod 

  Neyoro Family - Gold Based Alloys

  • Deringer-Ney's first alloy
  • Very high tarnish resistance and high conductivity
  • Many available with ASTM designations
  • Applications include...
    • sliding contacts
    • slip rings
    • potentiometers
    • electronic test probes
    • low electrical noise contacts

  Paliney Family - Palladium Based Alloys

  • First palladium alloy introduced in 1934
  • Low contact resistance
  • High mechanical strength
  • Corrosion resistance in extreme environments
  • Applications include...
    • sliding contacts
    • slip ring systems
    • fuel level sensors
    • biocompatible devices

  Deriney Family - Platinum Based Alloys

  • Deringer-Ney's newest alloy family
  • High mechanical strength
  • High hardness
  • Biocompatible
  • Platinum iridium and platinum nickel alloys 
  • Applications include...
    • implantable medical devices
    • interventional medical equipment
    • radiopaque markers

  Ney Family - Silver-Copper Alloys

  • Ney 75 - 75% Ag, 24.5% Cu, 0.5% Ni - ASTM B780
  • Ney 90 coin silver - 90% Ag, 10% Cu - ASTM B617
  • Very low resistance - ability to conduct high current
  • Arcing (make-break) electrical contact applications include...
    • relays
    • contactors
    • switches 

Deringer-Ney is a custom manufacturer of precious metal wire, fine wire, rod, and strip using our world renowned Paliney®, NeyoroTM, and DerineyTM alloys. We melt, cast, process, and spool in various tempers and sizes.  Gold, platinum, and palladium alloys are available in wire, strip, or rod in a wide variety of diameters and thicknesses. Deringer-Ney alloys can be found in millions of devices worldwide in medical, automotive, semiconductor test, electric vehicle, industrial, power, and renewable energy applications. 

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Alloys For Sliding Electrical Contacts

Deringer-Ney's Paliney® and NeyoroTM alloys are used in millions of electrical and electronic contacts for switches, potentiometers, slip rings, slip ring brushes, position sensors, strain gauges, and many other contact systems used in challenging applications or extreme environments.  For great information on electrical contact design, download a copy of our contact design manual.

Precious-Metal-Alloys-for-Electrical-Contacts

 

Visit the Deringer-Ney Resource Library for more information

 

Alloys for Medical Applications

Deringer-Ney produces a variety of platinum, gold, and palladium based biocompatible metal alloys for both long term implantable and interventional medical devices.  Our wire and strip materials are used in applications ranging from electrical leads and electrodes for cardiac rhythm management and neurostimulation devices to radiopaque markers used in fluoroscopy imaging of catheter and guide wires during interventional medical procedures.  Deringer-Ney alloys are also used in slip rings and slip ring brushes used in medical test and diagnostic equipment.

Visit the Deringer-Ney Resource Library for more information

 

Alloys for Semiconductor Applications

Deringer-Ney produces palladium and gold alloy wire used widely in wafer and package test probes.  These alloys are tarnish resistant and do not require plating. This results in increased reliability over plated probes. Deringer-Ney precious metal alloys are also used in electrical contact systems for electrochemical deposition processes. 

Paliney 7 - A well known palladium alloy for vertical needles, cobra probes, cantilever probes, LED test probes, and electrodes for electrochemical deposition. 

Paliney H3C - A patented palladium-copper-silver alloy designed for applications where higher hardness and higher electrical conductivity are required.  Used for vertical needles, cobra probes, cantilever probes,and pogo pin tips.  

Paliney 25 - Deringer-Ney's newest high conductivity palladium alloy designed for vertical needles, cantilever probes, space transformers, and other high CCC (current carrying capability) applications.

Neyoro G - A heat-treatable gold alloy used in low noise electrical contacts used in IC test sockets.

Visit the Deringer-Ney Resource Library for more information

 

Wire and Strip Size and Tolerance Table

The information listed below will provide you with a general overview of tolerance capabilities for both wire and strip products.  For special tolerances or more detailed assistance, please contact us to discuss your requirements with one of our metallurgists.

Diameter Range and Tolerances - Wire Thickness Range and Tolerances - Strip
(Inches) (Millimeters) (Inches) (Milimeters)
.00075 to .0029     +- .0001 .019 to .075     +- .0025 .0005 to .00149     +- .0001 .0127 to .0378     +- .0025
.003 to .030     +- .0002 .076 to .762     +- .0050 .0015 to .0050     +- .0002 .038 to .127     +- .0050
.0301 to .050     +- .0003 .765 to 1.27     +- .0076 .0051 to .0100     +- .0003 .130 to .254     +- .0076
.0501 to .095     +- .0005 1.273 to 2.41     +- .0130 .0101 to .0150     +- .0006 .256 to .381     +- .0152
.0951 to .125     +- .001 2.42 to 3.17     +- .0254 .0151 to .0250     +- .001 .383 to .635     +- .0254
.1251 to .200     +- .0025 3.18 to 5.08     +- .0635    
.2001 to .250 +- .005 5.083 to 6.35 +- .1270    

* Heavier gauges available upon request

The information contained on this website and in data sheets is intended to assist you in the use of this product. It is not intended to and does not create any warranties, express or implied, including any warranty of merchantability or fitness for a particular application. The user should determine the suitability of this material for each application. Data is subject to change without notice.

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