PVC Dipped Tinned Copper Battery Bus Bar For Electric Vehicles
Products Description
The PVC Dipped Tinned Copper Battery Bus Bar for Electric Vehicles is a dedicated connection component developed by Apollo Electronic Components for new energy vehicle power battery systems. As a core category in the company's new energy metal processing parts product line, PVC Dipped Laminated Flexible Copper forms a coordinated supply capability with low-voltage electrical metal processing parts, energy storage lithium batteries, and other products. Based on tinned copper conductors and combined with PVC dipping insulation technology, this product specifically addresses the anti-corrosion, low-loss, and high-safety requirements for internal connections in power battery packs. Tin Coated Insulated Flat Copper Bus Bar for Battery is widely applicable to scenarios such as series-parallel connection of new energy vehicle power battery modules, high-voltage power distribution unit (PDU) connections, and energy storage battery PACK busbar connections. Meanwhile, it can be used in conjunction with the new energy electrical product assembly lines and electrical testing instruments provided by the company, offering buyers an integrated "component + equipment + service" solution. Whether adapting to auxiliary components like low-voltage electrical switches and relays, or connecting to core components such as new energy fuses and film capacitors, it meets the professional requirements of engineering clients for connection system stability and compatibility, making it the preferred connection solution for new energy vehicle OEMs, battery PACK manufacturers, and energy storage equipment integrators.
Optimization of Engineering Assembly Adaptability
Welding Process Compatibility
Shortening Production Line Commissioning
The tinned copper conductors of the Busbar With PVC Insulation support multiple industrial-grade welding processes, enabling seamless integration with buyers' existing ultrasonic welding and laser welding production lines for power battery modules. No adjustments to existing equipment parameters are required, shortening the production line commissioning cycle and improving assembly efficiency.
01
Low Insertion Resistance
The conductor surface of the Nickel Plated Cu Insulated Tube PVC Dipping BusBar undergoes precision polishing, reducing the insertion and extraction resistance when inserting into battery terminals. This adapts to the high-speed operation needs of automated assembly lines, reducing manual intervention and lowering the labor costs and operational error risks of buyers' production lines.
02
Customized Structural Design
Terminal hole positions and bending angles of the Insulated BusBar can be customized according to the 3D drawings of battery modules provided by buyers. This matches the customization capability of the company's new energy electrical product assembly lines, realizing the synchronous customized delivery of "bus bars + assembly equipment".
03
Multi-Module Adaptability
For buyers with mixed assembly requirements of different battery module types, the Copper Busbar Insulated with PVC Dip can be flexibly adjusted in terms of structure and size, avoiding the need to switch between multiple suppliers for different assembly scenarios.
04
System-Level Electrical Performance Assurance
Low Contact Resistance: Reducing Energy Loss & Performance Risks
The low contact resistance characteristic of the tinned layer in the Insulated BusBar reduces energy loss during the charging and discharging process of power batteries. Combined with the company's electrical testing instruments, standardized tests for contact resistance and insulation performance can be completed before delivery. A complete performance test report is provided to buyers, avoiding performance risks during later system commissioning.
Multi-Power Adaptation: Simplifying Procurement Processes
The conductor cross-section design of the PVC Dipped Laminated Flexible Copper is adapted to power battery systems of different powers. From small-current modules for micro new energy vehicles to high-power battery packs for heavy commercial vehicles, corresponding specifications of products can be provided. This eliminates the need for buyers to find different suppliers in batches, simplifying the procurement process.
Energy Storage Battery Matching: Improving Integration Efficiency
The Busbar With PVC Insulation matches the electrical parameters of the company's new energy storage lithium batteries. If buyers purchase both energy storage batteries and bus bars, they can enjoy unified technical support services, reducing the communication costs during cross-category component adaptation and improving system integration efficiency.
Voltage Stability: Ensuring Safe System Operation
For buyers with strict requirements on voltage stability, the Custom Insulated Copper Busbar With Pvc Dipping can maintain stable electrical performance under voltage fluctuations, ensuring the safe operation of the entire power battery system.
Quality Control and Compliance System
Full-Process Traceability: Ensuring Transparent Quality
The Tin Coated Insulated Flat Copper Bus Bar for Battery follows the unified quality control process of Apollo Electronic Components. From the procurement of tinned copper raw materials to PVC dipping processing, each link has standardized quality inspection records. Buyers can check the production process data at any time, ensuring product quality traceability.
International Compliance Certification: Avoiding Trade Risks
The Copper Busbar Insulated with PVC Dip complies with international compliance requirements of the new energy vehicle industry, including RoHS environmental standards and IATF 16949 automotive industry quality management system. At the same time, corresponding compliance certification documents can be provided according to the regulatory requirements of the buyer's region, avoiding compliance risks in international trade.
Multi-Product Quality Unity: Reducing Inspection Complexity
The PVC Dipped Tinned Copper Battery Bus Bar for Electric Vehicles aligns with the quality standards of the company's low-voltage electrical metal processing parts and electrical testing instruments. When buyers purchase multi-category products, there is no need to re-establish quality inspection standards, reducing the complexity of quality control.
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