Riveted Electrical Contacts for Reliable Electronic Connections
Our Riveted Electrical Contacts provide reliable electronic connections. Produced through progressive die metal stamping and in-house cold heading, these contacts offer an impressive tolerance of ±0.01. Our advanced equipment, including a 45-ton punch press, guarantees precision. Choose from surface treatments like silver, zinc, nickel, tin, and chrome plating to suit your needs. Our strict quality control includes hardness testing and chemical analysis. Ideal for automotive, network devices, communication equipment, and more. Explore OEM/ODM options for tailored solutions.
Specification
Material:
Terminal: Brass-CDA260, Copper, Phosphor copper, Beryllium Copper
Rivet: AgNi /Cu, AgCdO/Cu ,Ag,Ag/Cu, AgSnO2/Cu, Gold Plated, Brass
Capabilities Applied/Processes:
progressive die metal stamping
- 1.Cold Heading: form rivet in house
- 2.Assembly：silver contact to terminal
Tolerances: ±0.01
Equipment: 45 ton punch press, cold heading toggle
Surface Treatment: silver/zinc/nickel/tin/chrome plating, pickling, powder coating, hot galvanized, polishing, brushing, etc.
Test Equipment: hardness tester, chemical analysis, digital measuring projector, dynamic balancing tester, plating tester
Application: automotive, network devices, communication equipment, computers, household appliances, distribution systems
Surface Treatment
- Plating Options: Silver, zinc, nickel, tin, and chrome plating enhance conductivity and provide excellent corrosion resistance.
- Pickling: Removes impurities and prepares the surface for subsequent treatments.
- Powder Coating: Applies a durable, protective layer against wear and environmental factors.
- Hot Galvanizing: Adds an extra layer of corrosion protection, especially for outdoor applications.
- Polishing and Brushing: Achieves a smooth, flawless surface texture, improving contact precision and conductivity.
The above surface treatment methods ensure that Riveted Electrical Contacts for Reliable Electronic Connections possess excellent conductivity, durability, and reliability, enabling outstanding performance in various electronic applications.
