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High-Performance Customizable Copper Busbars for EV & Renewable Energy Systems | OEM Supplier

High-Performance Customizable Copper Busbars for EV & Renewable Energy Systems | OEM Supplier Electric Copper Busbars are precision-engineered for superior electrical conductivity and durability in demanding applications like electric vehicles (EV) and renewable energy systems. Made from high-quality brass or red copper, these busbars feature customizable surface treatments (including tin plating or painting) and are certified to ISO and ROHS standards. With quick delivery (3
Detalles del producto
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customizable copper busbars for EV

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renewable energy copper busbars

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OEM copper busbar supplier

Material: Latón, cobre rojo
Quality Guarantee: ISO9001 SGS
Length: Personalizado
Thickness: Según sus peticiones
Transport Package: Según sus peticiones
Application: Eléctrico
Shape: Bar
MOQ: 1 pieza

Propiedades básicas

Lugar de origen: Jiangsu, China
Marca: Wuxi Slast/Sylaith Special Steel Co., LTD
Certificación: MTC
Número de modelo: T2

Propiedades comerciales

Cantidad mínima de pedido: 100 kg
Payment Terms: 30% de TT DEPÓSITO ANTES 70% del saldo de TT antes de la carga
Capacidad de suministro: 100+toneladas/toneladas+mes
Descripción del Producto
High-Performance Customizable Copper Busbars for EV & Renewable Energy Systems | OEM Supplier
Electric Copper Busbars are precision-engineered for superior electrical conductivity and durability in demanding applications like electric vehicles (EV) and renewable energy systems. Made from high-quality brass or red copper, these busbars feature customizable surface treatments (including tin plating or painting) and are certified to ISO and ROHS standards. With quick delivery (3-15 days) and full OEM/ODM/OBM support, we provide reliable, efficient power distribution solutions tailored to your specifications. Ideal for industrial, automotive, and green energy sectors.
High-Performance Customizable Copper Busbars for EV & Renewable Energy Systems | OEM Supplier 0 High-Performance Customizable Copper Busbars for EV & Renewable Energy Systems | OEM Supplier 1
Product Specifications
Attribute Details
Place of Origin Jiangsu, China
Material Brass, Red Copper
Surface Treatment Tin Plated, Painted (Customizable)
Shape Bar
Certifications ISO9001, ROHS, SGS
Delivery Time 3-15 days (based on order quantity)
Customization OEM, ODM, OBM supported
Packaging Customized per request
Selling Units Single item
Applications
  • Electric Vehicles (EVs): Power distribution in battery systems, inverters, and charging infrastructure.
  • Renewable Energy: Solar power systems, wind turbines, and energy storage solutions.
  • Industrial Equipment: Switchgear, transformers, and data center power management.
  • Consumer Electronics: High-current circuitry and power supply units.
High-Performance Customizable Copper Busbars for EV & Renewable Energy Systems | OEM Supplier 2
How It Works
Copper busbars act as low-impedance conductors to distribute high electrical currents efficiently across systems. Their design minimizes energy loss, heat buildup, and voltage drop, ensuring stable performance in high-power applications. Custom surface treatments (e.g., tin plating) enhance corrosion resistance and solderability.
Packaging and Shipping
High-Performance Customizable Copper Busbars for EV & Renewable Energy Systems | OEM Supplier 3 High-Performance Customizable Copper Busbars for EV & Renewable Energy Systems | OEM Supplier 4
FAQ (Frequently Asked Questions)
1. What materials are used in Sylaith busbars?
We use high-conductivity brass or red copper for optimal performance.
2. Are custom sizes and shapes available?
Yes, we fully support customization (OEM/ODM/OBM) for dimensions, shape, and surface treatment.
3. What certifications do your products have?
Our busbars are ISO9001, ROHS, and SGS certified, ensuring quality and safety.
4. What is the typical delivery time?
Delivery takes 3-15 days, depending on order quantity and customization requirements.
5. How do busbars improve EV and renewable energy systems?
They enhance power efficiency, reduce heat generation, and support high-current distribution in compact spaces.
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