Important Information About High-Performance Copper Alloy Materials

Nowadays, with the vigorous promotion and application of 5G technology, the market demand for high-performance beryllium copper alloy products is increasing day by day. It is the second company in China and globally capable of producing high-quality high-performance free-cutting beryllium copper alloy rods, and will also become a leader in this specialized material segment.

Non-ferrous metal materials: including high-performance aluminum alloy materials, corrosion-resistant magnesium alloy materials, advanced titanium alloy materials and copper alloy materials, stainless steel and its casting, forging, extrusion, bending, (hot) stamping forming processes and related equipment;

With many years of experience in the development and application research of new copper alloys, undertaking multiple new copper alloy development projects, having obtained 6 patent authorizations, and possessing rich experience in the development and application of high-performance copper alloy materials. Currently serving as the product manager of the Technical Market Department for alloy sheets and strips at Bowei Alloy.

The company's main products include high-strength high-conductivity copper alloy materials and products, medium and high voltage electrical contact materials and products, high-performance metal chromium powder, CT and DR tube components, and new generation copper-iron alloy materials. The company's high-strength high-conductivity copper alloy materials can be used in high-voltage high-current connectors for new energy vehicles, high-performance connectors for fast charging, and DC contactors. During the survey, it was stated that benefiting from the continuous development of new fields such as new energy vehicles, the product growth momentum in the field of high-strength high-conductivity copper alloy materials and products is good. The company is promoting the application of this high-end advanced copper alloy material in photovoltaic monocrystalline silicon manufacturing equipment to facilitate the upgrading of photovoltaic industry equipment. China has a high dependence on imports of high-performance copper alloy materials that hold important positions in national, major engineering, and economic construction and have high added value.

Composite materials are new materials composed of different materials (including metals, inorganic non-metals, and organic polymer materials) mutually serving as matrix or reinforcement, combined by physical and chemical methods on a macroscopic scale. Fiber-reinforced composite materials are currently an important structure of high-performance composites. The reinforcement materials of this composite mainly consist of some high-performance fibers. Since then, China has become a global producer, trader, and consumer of copper materials, with production and consumption accounting for more than 60% of the world's total, holding an important industrial position in the international copper processing industry. Nevertheless, although related products have been developed in high-end copper alloy products, there is still a considerable gap in performance compared to foreign countries, and the technology and quality are relatively weak compared to abroad, which is no longer a new event in the field of new materials. Especially in many high-tech fields such as 5G communication electronics and new energy vehicles, the demand for high-performance copper alloys is huge, and some materials are heavily dependent on imports.

The international market for high-performance fibers and composite materials is entering an unprecedented period of development. China has already made significant progress in key technologies, equipment, industrialized production, and downstream application fields. In the future, China will continue to achieve breakthroughs through independent research and development of key materials and technologies such as high-performance fibers and composite materials, and industrial linkage, gradually fundamentally freeing itself from the limitations of high-performance fibers, achieving import substitution, and forming industrial advantages.