The Copper Conductive Connector Plate is a high-performance electrical connection component designed for efficient power transmission and reliable current distribution in EV battery systems, energy storage systems, electrical equipment, and industrial power applications. Manufactured from premium high-conductivity copper materials, this connector plate provides excellent electrical conductivity, low resistance, superior thermal performance, and long-term reliability.
As a critical component in battery connection systems, the copper conductive connector plate ensures stable electrical contact between battery cells, modules, and power circuits. Its optimized structure helps reduce energy loss, improve current flow efficiency, and enhance the overall safety and performance of power systems.
Using advanced precision stamping, CNC machining, laser cutting, and metal forming technologies, our copper connector plates achieve high dimensional accuracy, consistent quality, and excellent surface performance. The smooth edges and precise hole positioning ensure easy assembly and reliable electrical contact during operation.
Designed for demanding applications such as electric vehicles (EV), lithium battery packs, renewable energy storage systems, and high-current electrical equipment, the copper conductive connector plate offers outstanding conductivity and mechanical strength. Different copper materials, thicknesses, surface treatments, and designs can be customized according to customer drawings and technical requirements.
As a professional manufacturer of precision metal stamping components, we provide OEM and ODM solutions for copper conductive parts, busbars, terminals, and electrical connection components, supporting customers from prototype development to mass production.
| Parameter | Specification |
|---|---|
| Product Name | Copper Conductive Connector Plate |
| Product Type | Copper Busbar / Conductive Connection Plate |
| Main Material | Copper / Pure Copper / C110 Copper |
| Copper Purity | ≥99.9% (According to Material Grade) |
| Manufacturing Process | Precision Stamping, CNC Machining, Laser Cutting, Bending |
| Surface Treatment | Nickel Plating, Tin Plating, Silver Plating, Polishing |
| Thickness Range | 0.3mm - 10mm (Customized Available) |
| Width | Customized According to Drawing Requirements |
| Length | Customized According to Application Design |
| Conductivity | High Electrical Conductivity |
| Resistance Performance | Low Electrical Resistance |
| Current Capacity | Customized According to Application Requirements |
| Heat Dissipation | Excellent Thermal Conductivity |
| Hole Processing | Punching / Drilling / CNC Machining |
| Tolerance | ±0.05mm or Customized |
| Assembly Method | Bolting / Welding / Riveting / Terminal Connection |
| Application | EV Battery, Energy Storage, Electrical Systems |
| Quality Control | Dimensional Inspection + Electrical Performance Testing |
| OEM Service | Available |
| ODM Service | Available |
The copper conductive connector plate is widely used in electric vehicle battery packs to connect battery cells, modules, and electrical circuits. Its high conductivity and reliable current transmission help improve battery efficiency and safety.
Used in residential, commercial, and industrial energy storage systems, the copper busbar connector provides stable electrical connections for battery modules and power management systems.
The connector plate works with battery management systems to support accurate current distribution and reliable electrical monitoring.
Suitable for solar energy storage systems, wind energy storage applications, and other renewable energy solutions requiring efficient power connections.
Applied in switchgear, control cabinets, power equipment, and industrial electrical assemblies for high-current transmission.
Used in EV charging stations and charging systems where reliable conductive connections and heat management are required.
Suitable for automation equipment, machinery, and power electronics requiring high-performance copper conductive components.
We provide professional OEM and ODM customization services for Copper Conductive Connector Plates and EV Battery Busbars.
Available materials include:
Different materials can be selected according to conductivity, strength, and environmental requirements.
We support:
Available surface finishes:
Surface treatment can improve corrosion resistance, solderability, and electrical reliability.
Production capabilities include:
Our engineering team provides:
Our engineering team provides technical consultation for material selection, structure optimization, and manufacturing solutions.
We support rapid prototype production and sample testing to help customers verify product performance before mass production.
Each production stage follows strict quality management procedures, including:
With advanced production equipment and professional manufacturing experience, we provide stable OEM production solutions for global customers.
We provide:
Available options:
We support:
The standard material is high-conductivity copper, such as C110 copper or T2 copper, which provides excellent electrical conductivity and thermal performance.
It is widely used in EV battery packs, lithium battery systems, energy storage equipment, charging stations, power distribution systems, and industrial electrical equipment.
Yes. We provide OEM and ODM services. Customers can provide drawings, samples, or technical specifications for customized production.
We provide nickel plating, tin plating, silver plating, polishing, and anti-oxidation treatments to improve electrical performance and durability.
Our production processes include precision stamping, progressive stamping, CNC machining, laser cutting, bending, and forming.
The Copper Conductive Connector Plate is a high-performance electrical connection component designed for efficient power transmission and reliable current distribution in EV battery systems, energy storage systems, electrical equipment, and industrial power applications. Manufactured from premium high-conductivity copper materials, this connector plate provides excellent electrical conductivity, low resistance, superior thermal performance, and long-term reliability.
As a critical component in battery connection systems, the copper conductive connector plate ensures stable electrical contact between battery cells, modules, and power circuits. Its optimized structure helps reduce energy loss, improve current flow efficiency, and enhance the overall safety and performance of power systems.
Using advanced precision stamping, CNC machining, laser cutting, and metal forming technologies, our copper connector plates achieve high dimensional accuracy, consistent quality, and excellent surface performance. The smooth edges and precise hole positioning ensure easy assembly and reliable electrical contact during operation.
Designed for demanding applications such as electric vehicles (EV), lithium battery packs, renewable energy storage systems, and high-current electrical equipment, the copper conductive connector plate offers outstanding conductivity and mechanical strength. Different copper materials, thicknesses, surface treatments, and designs can be customized according to customer drawings and technical requirements.
As a professional manufacturer of precision metal stamping components, we provide OEM and ODM solutions for copper conductive parts, busbars, terminals, and electrical connection components, supporting customers from prototype development to mass production.
| Parameter | Specification |
|---|---|
| Product Name | Copper Conductive Connector Plate |
| Product Type | Copper Busbar / Conductive Connection Plate |
| Main Material | Copper / Pure Copper / C110 Copper |
| Copper Purity | ≥99.9% (According to Material Grade) |
| Manufacturing Process | Precision Stamping, CNC Machining, Laser Cutting, Bending |
| Surface Treatment | Nickel Plating, Tin Plating, Silver Plating, Polishing |
| Thickness Range | 0.3mm - 10mm (Customized Available) |
| Width | Customized According to Drawing Requirements |
| Length | Customized According to Application Design |
| Conductivity | High Electrical Conductivity |
| Resistance Performance | Low Electrical Resistance |
| Current Capacity | Customized According to Application Requirements |
| Heat Dissipation | Excellent Thermal Conductivity |
| Hole Processing | Punching / Drilling / CNC Machining |
| Tolerance | ±0.05mm or Customized |
| Assembly Method | Bolting / Welding / Riveting / Terminal Connection |
| Application | EV Battery, Energy Storage, Electrical Systems |
| Quality Control | Dimensional Inspection + Electrical Performance Testing |
| OEM Service | Available |
| ODM Service | Available |
The copper conductive connector plate is widely used in electric vehicle battery packs to connect battery cells, modules, and electrical circuits. Its high conductivity and reliable current transmission help improve battery efficiency and safety.
Used in residential, commercial, and industrial energy storage systems, the copper busbar connector provides stable electrical connections for battery modules and power management systems.
The connector plate works with battery management systems to support accurate current distribution and reliable electrical monitoring.
Suitable for solar energy storage systems, wind energy storage applications, and other renewable energy solutions requiring efficient power connections.
Applied in switchgear, control cabinets, power equipment, and industrial electrical assemblies for high-current transmission.
Used in EV charging stations and charging systems where reliable conductive connections and heat management are required.
Suitable for automation equipment, machinery, and power electronics requiring high-performance copper conductive components.
We provide professional OEM and ODM customization services for Copper Conductive Connector Plates and EV Battery Busbars.
Available materials include:
Different materials can be selected according to conductivity, strength, and environmental requirements.
We support:
Available surface finishes:
Surface treatment can improve corrosion resistance, solderability, and electrical reliability.
Production capabilities include:
Our engineering team provides:
Our engineering team provides technical consultation for material selection, structure optimization, and manufacturing solutions.
We support rapid prototype production and sample testing to help customers verify product performance before mass production.
Each production stage follows strict quality management procedures, including:
With advanced production equipment and professional manufacturing experience, we provide stable OEM production solutions for global customers.
We provide:
Available options:
We support:
The standard material is high-conductivity copper, such as C110 copper or T2 copper, which provides excellent electrical conductivity and thermal performance.
It is widely used in EV battery packs, lithium battery systems, energy storage equipment, charging stations, power distribution systems, and industrial electrical equipment.
Yes. We provide OEM and ODM services. Customers can provide drawings, samples, or technical specifications for customized production.
We provide nickel plating, tin plating, silver plating, polishing, and anti-oxidation treatments to improve electrical performance and durability.
Our production processes include precision stamping, progressive stamping, CNC machining, laser cutting, bending, and forming.