Digitalization R&D
Boway makes full use of digital technology and uses computing science, simulation science, mapping knowledge domains, machine learning and digital twin to empower research and development to continuously and rapidly develop advanced alloy materials that comply with the progress of the times. So far, it is a nonferrous alloy new materials digital R&D institution featuring the most product types.
Scientific Research Achievements
With strong scientific and technological innovation strength, Boway has been developing high-value products that meet the needs of social development, leading the advancement of the industry and promoting the progress of the times.
The high-conductivity and high-temperature-resistant boway 19026 (patent for invention: ZL201810939276.4), copper-nickel-tin alloy, boway 15100 copper-zirconium alloy materials developed by boway are applied to electric connectors and other key components of smart cars, solving such problems of smart car as sensitive computing, intelligent control, low-voltage to high-voltage electrical high transmission.
The developed high-strength and high-conductivity alloys such as copper-iron-phosphorus alloy boway 19400 and boway 70250 have excellent high-temperature softening resistance. They are used to the core components of semiconductors, feature small size, light weight, less outgoing lines and welding points and long service life, facilitate the small space of high computing power of chips, and provide customized solutions for customers.
Such high-strength and high-conductivity alloy materials for smart interconnection high-transmission as copper-nickel-phosphorus alloy boway 70318 (patent for invention: zl20161610027357.8), chromium-chromium-copper alloy boway 18150 (patent for invention: ZL201510976079.6) facilitates the high-transmission, anti-interference and high heat dissipation of consumer electronics.
The high-wear-resistant manganese brass alloy material (patent for invention: ZL201210452008.2) is at the forefront of the industry and is applied to the core components for construction machinery manufacturing. With high-wear-resistance, high strength and excellent use performance, the product solves the problems of high wear of construction machinery and greatly improves mechanical operation efficiency.
The high-strength and high-corrosion-resistant aluminum bronze alloy new materials developed by boway (patent for invention: ZL201310117324.9) are used in the ship industry and have excellent corrosion resistance in the atmosphere, fresh water and seawater. They are applied to the abrasion-resistant structural components for ships like bearings, shaft sleeves, gears, turbines and valve seats, solving the problem of short life of ship components.
The high-conductivity high-temperature-resistant chromium-zirconium-copper alloy (patent for invention: ZL200710069551.3) and copper-nickel-silicon alloy are applied to the conducting bars, end rings and other core parts of high-speed traction motors of high-speed trains, solving the problem of high-temperature softening of high-speed rail traction motors.
Patents for Invention & Standard Customization
Patent for Invention
In recent years, Boway has completed more than 50 new material innovation projects and obtained more than 250 authorized invention patents. Many domestic and foreign patents of it are under declaration and approval.
Standard Establishment
Boway Alloy, as a director member and a member of the Technical Committee of the International Wrought Copper Council (IWCC), is the main developer of lots of national and industry standards for metal strips, bars and wires in China. It has participated in the development of 21 national standards and 9 industry standards for copper alloy bars and wires in China in succession, facilitating the rapid development of the alloy material industry.
Value-added Services
Beyond materials, Boway provides comprehensive digital services to empower customers throughout the product development lifecycle.
Intelligent Material Selection
Boway has created a wealth of product databases and performs modeling through machine learning to facilitate customers select materials on line and improve product design efficiency.
Service Simulation
By use of computing simulation to help customers evaluate design and services, Boway cooperates with customers to speed up product design and iteration optimization efficiency and improve product competitiveness.
Data Asset Support
According to the needs of customers, scientific research institutions and universities, Boway realizes automatic push of corresponding data assets and achieves data sharing.
Testing Service Support
Integrate the advantages of testing resources of Boway and its partners, and provide customers with one-stop detection services on the material and application sides.