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Products Description
Riveted assemblies primarily consist of moving spring assemblies and stationary terminal assemblies. The moving spring assembly utilizes in-mold riveting technology to rivet beryllium copper and silver contacts to the armature to precisely, forming a relay moving spring assembly widely used in electrical control systems. Besides relays, riveting moving springs in switches is another important application area for this assembly. The riveting process ensures the reliability and stability of the contact, allowing the entire system to maintain excellent performance even under high-frequency switching operations.
Core Product Advantages
Low Contact Resistance, Minimal Energy Loss
Utilizing high-purity silver contacts and an optimized riveting structure, extremely low contact resistance is achieved, reducing energy loss during current transmission and improving overall equipment energy efficiency. This is particularly suitable for high-frequency, low-power precision, low-voltage electrical applications for Copper Contact Rockers.
High Mechanical Strength, Excellent Fatigue Resistance
Leveraging the superior mechanical properties of beryllium copper substrate and precise riveting process control, the components possess high tensile strength and fatigue limit. They can withstand the mechanical impact of high-frequency switching and the fatigue wear of long-term use, extending Silver Contact and Stamping lifespan.
Wide Temperature Range, Strong Environmental Tolerance
The product can operate stably within a wide temperature range of -40℃ to +125℃, while also exhibiting excellent humidity and vibration resistance, making it suitable for complex environments such as industrial workshops, outdoor equipment, and automotive electronics for Riveted Components.
Product Details
Riveting Details
An arc-shaped transition riveting structure avoids stress concentration at the riveting edges of Rivet Components; precise control of riveting depth ensures perfect adhesion between the silver contacts and the substrate, maximizing contact area while preventing contact damage.
Surface Treatment Details
The substrate surface undergoes a precision silver plating process, resulting in a uniform, dense silver layer with precisely controllable thickness, improving conductivity and corrosion resistance for Riveted Components; rounded edges prevent sharp edges from scratching other components or affecting assembly.
Positioning Structure Details
Precise positioning of holes and bosses is designed according to assembly requirements, ensuring quick and accurate installation in customer equipment and reducing assembly deviations for Riveted Components.
Protection Details
For special environmental scenarios, a micro-groove structure is designed around the riveting area to accommodate sealing components, improving the product's waterproof and dustproof performance; anti-static packaging is used to prevent electrostatic damage during transportation and storage.
Application Advantages
Low-voltage electrical appliances
Rivet Components is widely used in the field of low-voltage electrical appliances, including relays, contactors, and thermostats, greatly improving the performance and lifespan of these devices.
High-frequency operation
Whether in the frequent operation of relays or switches, the riveted assembly provides continuous stability, ensuring that high-frequency switching operations will not damage the equipment for Riveted Components.
High load capacity
Silver Contact and Stamping uses high-strength materials and precision manufacturing processes, enabling it to maintain excellent performance under long-term high-load operation and adapt to various complex electrical application scenarios.
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