Silver Contact Tips, Profiles, Washers, Pins, Stampings  (Stamped Parts)

Looking for precise, uniform intricate designs for your low voltage application?

Consider a stamped part, purposed specifically for low voltage contact applications. Leveraging excellent properties of silver or silver alloys, stamped parts deliver superior electrical conductivity and unwavering dependability across varying electrical applications. In a precision stamping process sheets of silver or silver alloys are transformed into custom contact configurations, meeting the most exacting demands.

Stamped parts are pre-shaped pieces specifically crafted to meet certain specifications or shapes, often designed to fit uniquely into your specific devices or systems.

The stamping process is a result of carefully curated tool design and utilizes advanced machinery, ensuring an unprecedented level of precision, uniformity, and repeatability in the making of the stamped parts. Techniques such as punching, shearing, and bending are employed to accomplish a diverse range of contact configurations. Throughout this process, a dedicated team expertly works with the silver or silver alloy material to achieve the needed shapes and sizes.

Stamping parts with silver or silver alloys endow your products with high electrical conductivity, critical for efficient power transmission and assertive signal integrity in low voltage systems. Silver, internationally recognized for its impressive conductivity, second only to copper, ensures minimal resistance-related losses and optimized power transfer in various contacts.

Catering to specific electrical system requirements is very important to serve applications in the best possible way. Thus, stamped parts feature significant adaptability, enabling you to use intricate designs tailored to your exact needs. With precision stamping, complex shapes and configurations are manufactured that fit perfectly into the intended applications. This ensures consistent quality, dimensional accuracy, and the delivery of dependable low voltage connections.

Stamped parts span a wide array of applications across multiple industries. From consumer electronics to the automotive sector, industrial machinery, and renewable energy systems, stamped parts facilitate efficient power transmission, signal integrity, and control. This versatility empowers them to be an ideal fit for various electrical systems that need reliable and effective low voltage connections.

Profit from a long-standing history in the industry that leads to top-tier stamped parts for low voltage contacts. Dedication to precision, adaptability, and exceptional conductivity provides you with your go-to solution for critical electrical systems.

Discover the Assortment of Stamped Parts

Experience unparalleled conductivity, reliability, and customizability offered by silver or silver alloy materials. Whether you require blanks, discs, profiles, washers, or pins, just select the solution to meet your unique requirements. Trust Choksi Heraeus for your low voltage contact needs, and achieve superior performance in your electrical systems.


Product Categories:

  • Blanks, Discs, Profile, Washers, Pins
  • Stamped parts from clad strips

Properties/ Benefits

  • Precision and consistency
  • Versatility
  • Durability

Industries/End Products


  • Stamped components are used in electronic devices like switches and connectors due their precision and conductivity


  • Stamped parts appear in automotive systems, especially in relays, connectors, and sensors due to their reliability and conductivity


  • The high electrical conductivity of silver stamped parts is beneficial for telecommunications hardware, such as switchgear

Industrial Machinery

  • Stamped parts meet heavy-duty requirements in industrial machinery for applications like control units and robotics


  • Precision, strength, and reliability make stamped parts suitable for numerous applications within the aerospace industry, including navigation and communication systems

Material Types

  • Ag
  • Ag Ni 0.15
  • Ag Cu (3…10%)
  • Ag Ni (10…40%)
  • Ag CdO (10…20%)
  • Ag SnO2 (8…14%)
  • Ag Pd (1…60%)
  • Ag C
  • Ag W
  • Ag WC
  • Cu W

Sounds Interesting?

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