Contact Riveted Assembly

Our Contact Riveted Assembly process utilizes in-die riveting technology to produce high-quality Rivet-type Silver Contacts with exceptional durability. We incorporate Copper or Brass Stamping for Static Terminals and Beryllium Copper Stamping for Moving Spring Terminals, ensuring superior conductivity and mechanical performance. This advanced process enhances the reliability and longevity of the contacts. Our products are ideal for demanding applications such as electrical relays and switches, offering robust performance in critical environments. Our expertise in precise manufacturing and material selection positions us as a leading provider of dependable contact solutions for various industrial needs.

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Product Profile of Contact riveted assembly

Contact riveted assembly

The Contact riveted assembly is a sophisticated electrical component designed for high-reliability connections in various applications. Our product line includes In-die riveted assemblies, Rivet-type Silver Contacts, Copper or Brass Stamping Static Terminals, and Beryllium Copper Stamping Moving Spring Terminals. Each component is meticulously crafted to ensure optimal conductivity, durability, and longevity.

Advantages of Using Materials

Materials key Advantages

01.

Silver Contacts

Known for their excellent conductivity, our Rivet-type Silver Contacts ensure efficient transfer of electrical current.

02.

Copper, Brass, and Beryllium Copper

These materials are used in our Static Terminals for their balance of cost-effectiveness and performance. Selected for its springiness and strength, Beryllium Copper is ideal for our Moving Spring Terminals, providing consistent contact over time.

Product Features

Core Features

High Conductivity

The Contact riveted assembly materials used in contact riveted assemblies are selected for their high conductivity, ensuring efficient transfer of electrical current with minimal energy loss.

Durability

The riveted construction and choice of materials contribute to the durability of the assembly, making it resistant to wear and tear, as well as to environmental factors such as temperature fluctuations and humidity.

Reliability

The Stamping Electrical Contacts riveted assembly is designed to provide consistent and reliable electrical connections, reducing the risk of intermittent connections or failures.

Customizable Design

The Metal Parts Silver Contact can be tailored to meet specific application requirements, including the shape, size, and material of the contacts and terminals.

Manufacturing Process Flow

Material Procurement and Preparation	High-quality materials such as silver, copper, brass, or beryllium copper are sourced and prepared for manufacturing. This includes rolling the materials into the necessary sheet or strip forms.
Stamping and Shaping	Using precision dies, the materials are stamped into the desired shapes for Static Terminals and Moving Spring Terminals. This step establishes the physical form of the contact components.
Cleaning and Surface Treatment	Post-stamp, the components are cleaned to eliminate any surface defects or debris. Surface treatments may be applied to enhance corrosion resistance or to prepare the parts for assembly.
Riveting Process	The stamped terminals and sliver contacts are precisely positioned and secured using the In-die riveting method. This step ensures a strong and reliable mechanical and electrical connection.
Quality Assurance	Each riveted assembly undergoes a rigorous inspection and testing phase to confirm that all parts meet the required specifications and standards. This includes electrical testing for conductivity and resistance.
Final Inspection and Dispatch	The final inspection ensures the assembly's readiness for use. Once cleared, the Contact Riveted Assemblies are packaged appropriately and dispatched for delivery to customers.