Products Description

Our Electrical In-Die Riveted Connections use high-quality beryllium copper as the core material, combined with silver contacts and armatures, to demonstrate excellent conductivity and stability, and are suitable for high-frequency, high-load and harsh working conditions. Relying on professional R&D, quality control and customer service teams, we strive for excellence from design to delivery to ensure product performance and reliability. We introduce advanced in-mold riveting technology to achieve a perfect combination of high precision and high efficiency, reduce production costs, improve quality stability, and provide customers with cost-effective solutions to fully meet market demand.

Beryllium Copper Punch Contact Riveted Terminals

Stable electrical properties of beryllium copper

High conductivity

Beryllium copper has good electrical conductivity and high conductivity. For example, C17200 beryllium copper reaches 18% IACS and above, with low resistance and reduced power loss. In-Mold Riveting Electrical Contacts are used in electrical and electronic equipment, such as connectors, to ensure efficient operation of the equipment.

Low contact resistance stability

Beryllium copper has stable contact resistance for long-term use. It is important for frequently switched components, such as relay contacts. Stable low contact resistance ensures good contact, reduces problems such as heat and arc caused by poor contact, and In-Die Electrical Riveting Contacts improve the reliability and life of electrical equipment.

High temperature electrical stability

Beryllium copper still maintains good electrical properties at high temperatures. The high melting point and oxidation resistance make its high temperature structure stable, not easy to oxidize and reduce performance, ensuring reliable use in high temperature application scenarios, such as aircraft engines and high temperature industrial furnace control circuits, stable current transmission, and normal operation of equipment.

Beryllium Copper Material

Advantages of In-Die Riveting

Improved precision and consistency

In-Die riveting technology combines the riveting process with mold forming through high-precision molds, effectively ensuring the precise control of the riveting position and depth, and avoiding dislocation or deformation caused by manual errors. Especially in the riveting of beryllium copper, silver contacts and armatures of the dynamic spring assembly, this technology can greatly improve the consistency and electrical performance of Electrical In-Die Riveted Connections, meeting the strict requirements under high-frequency and high-load conditions.

Improved production efficiency and cost-effectiveness

In-Die riveting integrates the multi-process operations of riveting and forming, significantly simplifying the production process and improving production efficiency. This process not only shortens the production cycle, but also reduces secondary processing and manual intervention, reducing manufacturing costs. At the same time, it can ensure stable product quality, significantly reduce the rework rate, and provide customers with cost-effective solutions.

Silver contact riveting products production and testing equipment

Our professional team

High-quality R&D team
Our R&D team consists of senior engineers who focus on innovative technology development, especially in the field of In-Mold Riveting Electrical Contacts high-precision riveting. They can provide customized solutions according to customer needs to ensure excellent product performance.

Strict quality control team
The quality control team implements comprehensive quality inspections, covering every link from raw materials to finished products, to ensure that the products meet international standards and provide customers with high reliability and high stability dynamic spring assembly products.

Efficient customer service team
The professional customer service team provides one-to-one support and responds to needs quickly. From Copper Beryllium Riveting Silver Contact solution design to after-sales service, we follow up throughout the process to ensure customer satisfaction and help solve all technical and application problems.

About the Team