Moving Spring Assembly For Automotive Relay

In the field of low-voltage electrical appliances, contact riveting assemblies are core conductive and connecting components of devices such as switches, relays, contactors, and thermostats. Their performance directly determines the reliability, lifespan, and safety of the electrical appliances. The Moving Spring Assembly For Automotive Relay is designed specifically for high-precision and high-stability requirements. It integrates silver contacts, beryllium copper substrate, and armature into a single unit through an in-mold riveting process, forming a composite structure that combines conductivity, mechanical strength, and fatigue resistance.

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Products Description

Moving Spring Assembly for Automotive Relay is specially designed for automotive relays, integrating advanced in-mold riveting technology to show extraordinary characteristics. High-precision riveting technology accurately controls tolerances, and micron-level precision achieves excellent electrical consistency, laying a solid foundation for the stable operation of automotive relays. Special alloy moving springs and high-strength stainless steel rivets are highly reliable, and they can withstand extreme environments.

Product reliability advantages

Increase connection strength

The connection formed by in-mold riveting technology has excellent shear strength and tensile strength, which can ensure that the dynamic spring assembly will not fail due to loose connection or breakage during long-term use for Beryllium Copper Electrical Riveting Assembly.

Reduced failure rate

Beryllium Copper Punch Contact Riveted Terminals uses high-quality materials and an optimized design, with a lower failure rate, which can reduce vehicle electrical system problems caused by relay failure.

Increase service life

Beryllium Copper Rivet Armature Components have been specially processed and optimized, with a longer service life, which can meet the long-term use requirements of automotive relays under harsh working conditions.

Beryllium Copper Electrical Riveting Assembly

Technical Features

In-mold riveting of the moving spring assembly

Through a precise in-mold riveting process, beryllium copper, silver contacts, and the armature are tightly bonded, ensuring the reliability and durability of the Beryllium Copper Riveted Armature Assembly.

Precise riveting process

Each step of the riveting process is strictly controlled to ensure that the connection between the contacts and the metal materials is not affected by any external factors, thereby guaranteeing the stability and efficiency of the Beryllium Copper Rivet Armature Components during use.

Excellent contact performance

The use of silver contact material minimizes contact resistance, ensuring minimal current loss and improving the overall performance of the equipment for Beryllium Copper Punch Contact Riveted Terminals.

Moving Spring Assembly For Automotive Relay products production and testing equipment

Material Advantages

Contact Material

Utilizes environmentally friendly silver-based alloys such as AgCdO, AgSnO₂, and AgNi, offering excellent conductivity, weldability, and arc erosion resistance, adaptable to various load types for Beryllium Copper Electrical Riveting Assembly (resistive, inductive, capacitive)

Reed Substrate

Preferred high-elasticity, high-fatigue-strength C17200 beryllium copper or C5191 phosphor bronze, ensuring continued elasticity and deformation recovery even after long-term use for Beryllium Copper Punch Contact Riveted Terminals.

Armature Material

Selected high-permeability, low-coercivity electric pure iron or silicon steel, optimizing magnetic response speed and energy consumption for Beryllium Copper Rivet Armature Components.

Beryllium Copper Punch Contact Riveted Terminals