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Fully Automated China Factory for High-Quality Coin Cell Battery Connectors - Trusted Suppliers
Product Application
Application
Innovative Production Model: Utilizing our self-developed intelligent equipment cluster (over 40 units) to implement bridge riveting, we complete spring assembly fully automatically without any manual steps, thereby ensuring stable output exceeding 2 million sets per day and top-tier quality.
Application
Choosing us means choosing reliable assembly experience: bridge riveting prevents detachment, and high-precision contacts make your automated process more worry-free.
Application
We provide not just contact springs, but reliability that stands up to verification. Universal coin cell battery contact springs offer selectable corrosion resistance grades (24/48/72-hour salt spray tests), with consistent solderability testing for every batch to ensure excellent solderability and long-term stability.
Design Parameters
| Product Name | Custom-Shaped Coin Cell Battery Connectors |
| Model | 023F |
| Material | SUS301 |
| Specifications & Dimensions | 9.44×9.68mm |
| Surface Treatment | Nickel Plating |
| Neutral Salt Spray Test | 48 Hours (48H) |
| Feature | Fully Automated Production |
| Eco-Certification | RoHS, REACH |
Product Introduction
Our custom-shaped coin cell battery connectors feature a durable bridge-riveted design and are manufactured using fully automated processes, ensuring a daily production capacity of over 2 million units. They are characterized by their secure spring retention, high verticality, and superior metal flatness. Furthermore, these contacts demonstrate excellent weldability and have passed a rigorous 24-hour neutral salt spray test, guaranteeing reliability and longevity.
- Bridge-Riveted Design
- Fully Automated Production
- 2M+ Units / Day
- High Verticality
- Excellent Weldability
- RoHS & REACH Certified
- 24H Salt Spray Tested
Frequently Asked Questions
What is a bridge-riveted coin cell battery connector, and what are its advantages?
A bridge-riveted coin cell battery connector uses a riveting process to permanently join the contact spring components, preventing detachment during use. This design offers superior mechanical stability, ensures consistent electrical contact, and significantly improves the reliability of battery-powered devices compared to traditional non-riveted connectors.
What material is used for the custom-shaped coin cell battery connectors?
These connectors are manufactured using SUS301 stainless steel, which provides excellent spring elasticity, corrosion resistance, and mechanical durability. The surface is treated with nickel plating to further enhance conductivity and protect against oxidation.
What corrosion resistance levels are available for these coin cell battery contact springs?
We offer selectable corrosion resistance grades to suit different application requirements. Customers can choose from 24-hour, 48-hour, or 72-hour neutral salt spray test standards. Each batch undergoes consistent solderability testing to ensure long-term stability and performance.
What is the production capacity and how is quality ensured during manufacturing?
Utilizing a cluster of over 40 self-developed intelligent machines, the entire bridge riveting and spring assembly process is fully automated with zero manual intervention. This enables a stable daily output of over 2 million sets while maintaining consistent quality standards including high verticality, superior metal flatness, and excellent solderability.
Are these connectors compliant with international environmental standards?
Yes. Our custom-shaped coin cell battery connectors have passed both RoHS and REACH environmental certifications, confirming that all materials used are free from hazardous substances. This makes them suitable for global markets including the EU, North America, and other regions with strict environmental regulations.
Can these coin cell battery connectors be customized for specific applications?
Yes, we support customization based on specific project requirements including custom dimensions, shapes, surface treatments, and corrosion resistance grades. Our engineering team works closely with clients to develop solutions that meet precise specifications for automated assembly processes, ensuring compatibility and performance.