logo
продукты
Подробная информация о продукции
Дом > продукты >
Nickel Plated Copper busbar High Corrosion Resistance for Energy Storage & Aerospace Wiring

Nickel Plated Copper busbar High Corrosion Resistance for Energy Storage & Aerospace Wiring

MOQ: 100 шт.
Цена: Negotiatable
Стандартная упаковка: Деревянный ящик
Срок доставки: 3-5 рабочих дней
Способ оплаты: LC,T/T,Western Union,MoneyGram
Пропускная способность: 2000000 шт в неделю
Подробная информация
Место происхождения
Китай
Фирменное наименование
NikTech
Сертификация
ISO 9001:2008
Номер модели
шина из никелированной меди T2
Стандартный:
АСТМ
тип:
прокладка никеля покрытая медная
Оценка:
18650 26650 32650 21700
Толщина:
0,1–30 мм или на заказ
Таможенная служба:
Индивидуальные
Марка No:
NikTech
Доступность:
2000000 шт в неделю
Использование:
Используется в производстве аккумуляторных батарей, батарей и электронных компонентов.
Место оригинала:
Цзянсу, Китай
минимальный заказ:
100 шт.
Поверхность:
медно-никелевый цвет
Ширина:
Пользовательский размер
Процесс:
загрязненный/перфорированный
Преимущество:
Легко для точечной сварки
Упаковка:
Картонные коробки
Характер продукции

Nickel Plated Copper busbar High Corrosion Resistance for Energy Storage & Aerospace Wiring

 

1. Product Introduction

Crafted from premium T2 red copper substrate, this nickel-plated copper busbar adopts mature electroplating and chemical composite plating techniques to form a compact nickel coating ranging from 1 μm to 20 μm. It balances outstanding electrical conductivity and superior protective performance, outperforming bare copper, tin-plated and partial silver-plated copper busbars in high-temperature resistance, anti-corrosion and contact stability. With certified environmental compliance and stable mechanical properties, this busbar adapts to complex working conditions across coastal high-salt, high-humidity, high-vibration and continuous high-temperature environments, serving as a reliable conductive solution for modern high-demand power systems worldwide.
 

2. Performance Comparison Table of Coated Copper Busbars

 
Parameter Category Specific Parameter Standard/ Typical Value Executive Standard Supplementary Description
Base Material & Chemical Composition Substrate Grade T2/TU1 Pure Copper GB/T 5231 Copper Purity ≥99.9%, Resistivity ≤0.018 Ω·mm²/m
Coating Specification Nickel Coating Thickness 1–20 µm (Tolerance ±0.5 µm) ASTM B487 Electroplating & Chemical Plating Optional
Electrical Property Overall Conductivity ≥98 % IACS IEC 60287 Tested after hot rolling and plating
Corrosion Resistance Salt Spray Durability 500 h, ΔR ≤2 µΩ, No Discoloration ASTM B117 Long-term anti-rust for salt fog environments
Temperature Resistance Working Temperature Range −55 °C ~ +300 °C Internal Industrial Standard Coating no cracking or peeling
Mechanical Dimension Size Range Width:1–200 mm; Thickness:0.1–20 mm Custom per Drawings Support bending, perforation processing
Mechanical Property Coating Adhesion Strength ≥6 N/mm ISO 2409 Exceeds ordinary industry adhesion level
Environmental Performance Harmful Substance Control Lead-free, Cadmium-free RoHS, REACH Global environmental compliance
Quality System Production Certification ISO 9001, UL, SGS International Quality Standard Full production data traceability

 

3. Core Advantages

  1. Dual Anti-Corrosion Protection: Dense pinhole-free nickel coating passes 500-hour salt spray test, effectively resisting sulfur, salt fog and moisture erosion, suitable for coastal and humid industrial areas.
  2. Extreme Temperature Adaptability: The nickel coating stably works up to 300 °C, retaining complete structure under continuous high temperature and strong vibration.
  3. Low High-Frequency Loss: Optimized coating structure keeps low loss within 30 kHz, reducing heat generation for high-frequency power modules.
  4. Strong Structural Stability: High coating adhesion avoids peeling during bending and stamping, extending overall service life.
  5. Cost-Effective Configuration: Balances performance and cost, providing a cost-saving alternative to expensive silver-plated busbars for most high-standard scenarios.
  6.  

4 . Application 

  1. Aerospace Conductive Busbars: Qualified by AS 9100D quality system, maintains coating integrity under 300 °C high temperature and intense vibration for airborne power distribution systems.
  2. Rail Transit Traction Systems: Resists rust in sulfur-containing and high-humidity environments, greatly reducing equipment maintenance frequency for long-running transit facilities.
  3. Outdoor Energy Storage Cabinets DC Busbars: No red rust after long-term operation in high-salt coastal regions, ensuring stable power transmission for outdoor energy storage equipment.
  4. Hydrogen Fuel Cell Stacks: Natural hydrogen embrittlement resistance prevents hydrogen-induced corrosion and prolongs the service life of fuel cell components.
  5. High-Frequency Power Modules: Maintains low contact resistance and excellent heat dissipation under ≤30 kHz working state, lowering overall equipment temperature rise.
  6. Large-Scale Data Center Retrofit: Replaces traditional silver-plated busbars to reduce harmonic heat generation, cut PUE value and realize long-term energy saving.
 

5.  Processing & Quality Control

We adopt combined electroplating and chemical plating processes to create uniform and dense nickel coatings. Online XRF equipment conducts 50 detection points per meter to monitor coating thickness in real time and archive all data. Every finished product undergoes ASTM B117 salt spray test and ASTM B487 coating thickness inspection. The whole production chain holds ISO 9001, SGS and UL certifications, supporting third-party on-site inspection and full product traceability.
 

6. Packaging & Global Logistics

Adopt multi-layer protective packaging: vacuum bags + desiccants + anti-sulfur paper + non-fumigated wooden boxes to prevent coating scratches and oxidation. Temperature and humidity indicator cards are attached inside each package. We provide global shipping insurance with sea and air freight options. Real-time logistics tracking links are provided after shipment for global buyers to monitor cargo status.
продукты
Подробная информация о продукции
Nickel Plated Copper busbar High Corrosion Resistance for Energy Storage & Aerospace Wiring
MOQ: 100 шт.
Цена: Negotiatable
Стандартная упаковка: Деревянный ящик
Срок доставки: 3-5 рабочих дней
Способ оплаты: LC,T/T,Western Union,MoneyGram
Пропускная способность: 2000000 шт в неделю
Подробная информация
Место происхождения
Китай
Фирменное наименование
NikTech
Сертификация
ISO 9001:2008
Номер модели
шина из никелированной меди T2
Стандартный:
АСТМ
тип:
прокладка никеля покрытая медная
Оценка:
18650 26650 32650 21700
Толщина:
0,1–30 мм или на заказ
Таможенная служба:
Индивидуальные
Марка No:
NikTech
Доступность:
2000000 шт в неделю
Использование:
Используется в производстве аккумуляторных батарей, батарей и электронных компонентов.
Место оригинала:
Цзянсу, Китай
минимальный заказ:
100 шт.
Поверхность:
медно-никелевый цвет
Ширина:
Пользовательский размер
Процесс:
загрязненный/перфорированный
Преимущество:
Легко для точечной сварки
Упаковка:
Картонные коробки
Количество мин заказа:
100 шт.
Цена:
Negotiatable
Упаковывая детали:
Деревянный ящик
Время доставки:
3-5 рабочих дней
Условия оплаты:
LC,T/T,Western Union,MoneyGram
Поставка способности:
2000000 шт в неделю
Характер продукции

Nickel Plated Copper busbar High Corrosion Resistance for Energy Storage & Aerospace Wiring

 

1. Product Introduction

Crafted from premium T2 red copper substrate, this nickel-plated copper busbar adopts mature electroplating and chemical composite plating techniques to form a compact nickel coating ranging from 1 μm to 20 μm. It balances outstanding electrical conductivity and superior protective performance, outperforming bare copper, tin-plated and partial silver-plated copper busbars in high-temperature resistance, anti-corrosion and contact stability. With certified environmental compliance and stable mechanical properties, this busbar adapts to complex working conditions across coastal high-salt, high-humidity, high-vibration and continuous high-temperature environments, serving as a reliable conductive solution for modern high-demand power systems worldwide.
 

2. Performance Comparison Table of Coated Copper Busbars

 
Parameter Category Specific Parameter Standard/ Typical Value Executive Standard Supplementary Description
Base Material & Chemical Composition Substrate Grade T2/TU1 Pure Copper GB/T 5231 Copper Purity ≥99.9%, Resistivity ≤0.018 Ω·mm²/m
Coating Specification Nickel Coating Thickness 1–20 µm (Tolerance ±0.5 µm) ASTM B487 Electroplating & Chemical Plating Optional
Electrical Property Overall Conductivity ≥98 % IACS IEC 60287 Tested after hot rolling and plating
Corrosion Resistance Salt Spray Durability 500 h, ΔR ≤2 µΩ, No Discoloration ASTM B117 Long-term anti-rust for salt fog environments
Temperature Resistance Working Temperature Range −55 °C ~ +300 °C Internal Industrial Standard Coating no cracking or peeling
Mechanical Dimension Size Range Width:1–200 mm; Thickness:0.1–20 mm Custom per Drawings Support bending, perforation processing
Mechanical Property Coating Adhesion Strength ≥6 N/mm ISO 2409 Exceeds ordinary industry adhesion level
Environmental Performance Harmful Substance Control Lead-free, Cadmium-free RoHS, REACH Global environmental compliance
Quality System Production Certification ISO 9001, UL, SGS International Quality Standard Full production data traceability

 

3. Core Advantages

  1. Dual Anti-Corrosion Protection: Dense pinhole-free nickel coating passes 500-hour salt spray test, effectively resisting sulfur, salt fog and moisture erosion, suitable for coastal and humid industrial areas.
  2. Extreme Temperature Adaptability: The nickel coating stably works up to 300 °C, retaining complete structure under continuous high temperature and strong vibration.
  3. Low High-Frequency Loss: Optimized coating structure keeps low loss within 30 kHz, reducing heat generation for high-frequency power modules.
  4. Strong Structural Stability: High coating adhesion avoids peeling during bending and stamping, extending overall service life.
  5. Cost-Effective Configuration: Balances performance and cost, providing a cost-saving alternative to expensive silver-plated busbars for most high-standard scenarios.
  6.  

4 . Application 

  1. Aerospace Conductive Busbars: Qualified by AS 9100D quality system, maintains coating integrity under 300 °C high temperature and intense vibration for airborne power distribution systems.
  2. Rail Transit Traction Systems: Resists rust in sulfur-containing and high-humidity environments, greatly reducing equipment maintenance frequency for long-running transit facilities.
  3. Outdoor Energy Storage Cabinets DC Busbars: No red rust after long-term operation in high-salt coastal regions, ensuring stable power transmission for outdoor energy storage equipment.
  4. Hydrogen Fuel Cell Stacks: Natural hydrogen embrittlement resistance prevents hydrogen-induced corrosion and prolongs the service life of fuel cell components.
  5. High-Frequency Power Modules: Maintains low contact resistance and excellent heat dissipation under ≤30 kHz working state, lowering overall equipment temperature rise.
  6. Large-Scale Data Center Retrofit: Replaces traditional silver-plated busbars to reduce harmonic heat generation, cut PUE value and realize long-term energy saving.
 

5.  Processing & Quality Control

We adopt combined electroplating and chemical plating processes to create uniform and dense nickel coatings. Online XRF equipment conducts 50 detection points per meter to monitor coating thickness in real time and archive all data. Every finished product undergoes ASTM B117 salt spray test and ASTM B487 coating thickness inspection. The whole production chain holds ISO 9001, SGS and UL certifications, supporting third-party on-site inspection and full product traceability.
 

6. Packaging & Global Logistics

Adopt multi-layer protective packaging: vacuum bags + desiccants + anti-sulfur paper + non-fumigated wooden boxes to prevent coating scratches and oxidation. Temperature and humidity indicator cards are attached inside each package. We provide global shipping insurance with sea and air freight options. Real-time logistics tracking links are provided after shipment for global buyers to monitor cargo status.