Technical Summary
Silver plated contacts combine a conductive substrate with a silver coating to ensure low contact resistance and improved contact life. Key parameters include plating thickness, contact area geometry, and substrate material to support mechanical strength and conductivity. Plating process control is important to ensure adhesion and consistent thickness across production lots.
Design & Performance
Designers should confirm mating contact geometry and switching envelope. For arcing-prone applications, contact area design and plating thickness are balanced to optimize life and reduce material transfer. Dimensional control is necessary for repeatable operation in relay assemblies.
Applications
1. Relay contacts in control panels and switching systems requiring reliable low-resistance connections.
2. Replacement contacts for maintenance programs where consistent electrical performance matters.
3. OEM assembly production with specified electrical and dimensional tolerances.
Supply & Quality
Batch production options include plating-thickness measurement and dimensional inspection reports. Share electrical and mechanical specifications to receive accurate lead-time and pricing.
Frequently Asked Questions
- What plating thickness is provided? Specify electrical and mechanical requirements so plating thickness and process can be validated for life and performance.
- Are parts produced to custom drawings? Yes. Submit CAD or 2D drawings and electrical spec to enable build-to-print quoting.
- What inspection reports are supplied? Plating-thickness checks and dimensional inspection reports can be provided per batch.
- How are contacts packaged? Contacts are packed to protect plated surfaces and contact faces during transit.