Product Description
Functional Integration for Automotive Electronic Components
This semi-hard state pure copper busbar is a core conductive component specially engineered for automotive electronic components, undertaking the key task of power transmission and heat conduction in automotive electronic systems. Adopting high-purity semi-hard red copper material, it eliminates the impact of excessive impurities on conductive efficiency, ensuring stable and efficient current transmission even in complex automotive working conditions such as vibration and temperature fluctuation.
As a critical conductive part for automotive electronics, it features precise customized dimensions to match the installation space of automotive electronic components perfectly, simplifying assembly and installation, reducing contact resistance, and enhancing the overall stability and safety of automotive electronic systems. Our professional stamping and surface treatment processes ensure consistent product performance and dimensional accuracy, meeting the high-standard requirements of automotive OEMs and electronic component manufacturers for conductive parts.
Technical Precision and Manufacturing Specifications
Manufactured via stamping and pickling passivation process, this semi-hard state pure copper busbar achieves strict dimensional control and excellent surface performance, with a precise specification of 121.4*150.3*18.6*2.5mm and a thickness of 2.5mm, ensuring both structural strength and conductive efficiency.
The product adopts high-quality red copper C11000-H02 material, with a copper purity of 99.90% and extremely low impurity content, which is the core guarantee of its high electrical conductivity and thermal conductivity. The pickling passivation post-treatment optimizes the surface quality of the copper busbar, enhances corrosion resistance, avoids surface oxidation and rust, and maintains long-term stable conductive performance. The semi-hard state design ensures the copper busbar has certain rigidity and toughness, not easy to deform during installation and use, adapting to the assembly and operation requirements of automotive electronic components.
Industrial Application and Manufacturing Value
Widely used in automotive electronic components, this semi-hard state pure copper busbar is applicable to various automotive electronic control systems, power distribution modules and conductive connection scenarios. Its high-purity and high-conductivity characteristics effectively reduce power loss, improve energy utilization efficiency, and enhance the operational stability of automotive electronic equipment.
The professional stamping and pickling passivation process supports mass production with stable quality, minimal dimensional deviation and consistent performance, reducing assembly difficulty and later maintenance costs. Compared with ordinary copper materials, its ultra-low impurity and high-purity advantages make it more suitable for high-precision and high-reliability automotive electronic applications, extending the service life of components and improving the overall performance of automotive electronic systems.
Product Specifications
Product model: 52170000832, produced by stamping, pickling and passivation. Its specification is 121.4150.318.6*2.5mm, made of red copper C11000‑H02. It is applied to automotive electronic components, and there are no special notes.
Core Features
Semi-hard state pure copper with a purity of 99.90% and extremely low impurities, ensuring high electrical and thermal conductivity.
Product Advantages
Material Superiority & High Conductivity Performance
Adopting 99.90% high-purity semi-hard red copper C11000-H02 material, with extremely low impurity content, it effectively reduces conductive resistance, with significantly higher electrical conductivity and thermal conductivity than ordinary copper materials. It can quickly transmit current and dissipate heat generated during operation, avoiding overheating of components and ensuring long-term stable operation of automotive electronic systems. The semi-hard state design balances rigidity and toughness, not easy to bend or deform, adapting to the installation and vibration environment of automotive electronics.
Precision Manufacturing & Stable Dimensional Consistency
Produced through professional stamping process, the product achieves precise dimensional control of 121.4*150.3*18.6*2.5mm, with minimal tolerance deviation, perfectly matching the installation interface of automotive electronic components, ensuring tight fitting and low contact resistance. The pickling and passivation surface treatment removes surface oxides and impurities, improves corrosion resistance and oxidation resistance, avoids performance attenuation caused by surface rust, and extends the service life of the copper busbar.
Automotive-Grade Reliability & Wide Adaptability
Tailored for automotive electronic components, it has strong environmental adaptability, can maintain stable performance in harsh automotive environments such as high temperature, low temperature and continuous vibration, and meets the reliability standards of automotive-grade components. Stable material performance and mature manufacturing process ensure batch consistency of products, reduce assembly rework and failure rate, and provide a reliable conductive guarantee for automotive electronic systems.
Use Scenarios
Conductive Connection in Automotive Electronic Control Systems
Mainly used for power transmission and conductive connection in various automotive electronic control units, sensors, power distribution modules and other components. Its high-purity and high-conductivity characteristics ensure efficient and lossless current transmission, suitable for long-term stable operation in automotive electronic systems, and support the normal operation of automotive electronic control functions.
High-Stability Conductive Applications in Vehicle-Mounted Environments
Applicable to the conductive connection scenarios of automotive electronic components that require high stability and low resistance, adapting to the temperature changes and continuous vibration environment during vehicle operation. The anti-oxidation and anti-corrosion properties after pickling and passivation treatment make it suitable for long-term use in automotive electronic systems, without performance degradation due to environmental factors, ensuring the safety and stability of automotive electronics.
FAQ
Q1: What material is this busbar made of, and what is its purity?
A: This busbar is made of red copper C11000-H02, which is semi-hard state pure copper with a copper purity of 99.90% and extremely low impurities, ensuring excellent electrical and thermal conductivity.
Q2: What is the production process of this semi-hard pure copper busbar?
A: It is produced through stamping process, and then pickling and passivation post-treatment is carried out to ensure dimensional accuracy, surface quality and corrosion resistance of the product.
Q3: What are the product specifications and main application scenarios?
A: The product specification is 121.4*150.3*18.6*2.5mm, and it is mainly used for automotive electronic components, undertaking the core conductive and heat conduction work of automotive electronic systems.
Q4: What are the core advantages of semi-hard state pure copper compared with ordinary copper?
A: Its core advantage is 99.90% high purity and extremely low impurities, which brings higher electrical conductivity and thermal conductivity, and the semi-hard state ensures certain rigidity and toughness, not easy to deform, more suitable for automotive electronic applications with high reliability requirements.
