Brass Stamped Parts Components
Products Description
Brass stamped parts with riveted silver contacts are core contact components in electrical equipment such as relays, switches, connectors, and circuit breakers. They employ a "precision brass stamped base + high-conductivity silver contacts + cold riveting integrated connection" architecture, integrating four core functions: low resistance conductivity, mechanical load-bearing capacity, arc resistance and wear resistance, and stable contact. Unlike traditional welded contacts which suffer from thermal damage risks, and adhesive contacts which risk detachment, these components offer superior performance.
Scientifically Integrated Layout
Brass Stamped Substrate
The core mechanical load-bearing and conductive transition carrier, precision-stamped to integrate the installation positioning structure, riveting interface, and current conduction path, balancing mechanical strength and conductivity efficiency.
01
High-Conductivity Silver Contacts
Core contact components, made of silver alloy material (silver-nickel/silver-tin oxide/ ... Pure silver is fixed to the Electrical Connector Socket Brass Stamping using a cold riveting process, directly contacting the mating components to achieve low-resistance conductivity.
02
Cold Riveting Connection Structure
The core connection between the base and the contact point achieves an atomically tight fit through mechanical pressure, with no weld seams or adhesive layers, ensuring connection strength and conductive continuity.
03
Positioning and Installation Structure
The Plug Socket Brass Stamping integrates clips, bolt holes, or welded feet to ensure precise fixation of the component within the electrical equipment, avoiding poor contact caused by displacement.
04
Optimized Protective Design
The base edges are rounded, and the contact surface is precision polished to reduce insertion and removal wear and arc erosion, extending service life.
05
Four Core Values: From Connection Point to Performance Multiplier
| Exceptional Switch Life and Reliability | Metallurgical bonding ensures that the contacts will never detach under countless arc impacts and mechanical vibrations. Its excellent heat dissipation performance rapidly conducts arc heat from the contacts to the entire carrier, significantly reducing contact temperature rise and ablation rate, extending the electrical life of the switch by over 30%. |
| Unparalleled Contact Stability | A solder-free interface means extremely low and constant contact resistance. This ensures that during long-term operation, the equipment will not experience increased voltage drop or abnormal heating due to contact oxidation or loosening, guaranteeing the accuracy of control signals and the efficiency of power transmission. |
| Superior Cost-Effectiveness and Material Optimization | We use expensive silver alloys only in the most critical location-the arc impact point. The load-bearing structure, however, uses more cost-effective and easier-to-process Brass Stamping Switch Terminal Accessories. This "high-quality steel used where it matters most" design provides you with the most cost-effective high-performance solution. |
| Simplified supply chain and assembly process | We deliver a pre-molded, fully functional component. Your production line no longer needs to perform high-risk processes such as contact riveting and welding; it can proceed directly to assembly, greatly improving production efficiency and reducing the complexity and cost of quality control. |
Professional Detail Showcase
Interface Microscopic Analysis
Scanning electron microscopy reveals a seamless metallurgical bond between the silver contacts and the Electrical Metal Brass Stamping Parts substrate. The uniform and dense microstructure at the interface is direct evidence of excellent electrical performance and mechanical strength.
Electrical Performance Testing
During rated current cycling tests, the component's contact resistance change rate remained below 3%, significantly lower than the industry standard of 10%. This stability ensures the equipment's reliability during long-term use.
Durability Verification
After millions of mechanical life cycles, the component's contact pressure retention exceeded 95%, and silver contact wear was controlled within design limits, demonstrating its superior durability.
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