Breakthrough In The Processing Technology Of Western Superconducting M36 Titanium Alloy Bar
Breakthrough in Manufacturing Technology Of Western Super-Conducting M36 Titanium Alloy Bar
Recently, Western Super-Conducting (688122) announced that the company has successfully obtained an invention patent authorization called “A method for preparing a high impact resistant M36 titanium alloy bar”, the patent number is CN202311320808.3, the authorization date is May 28, 2024. The acquisition of this new patent marks an important breakthrough in the preparation technology of titanium alloy materials by Western Super-Conductivity.
It is understood that the invention patent is based on the constitutive equation of the strain compensation of the material at high temperature, and uses a dynamic material model to establish the thermal processing characteristic relationship between temperature, stress, strain and strain rate. Through the use of different forging control parameters in different heating forging areas, especially the precise control of the fire time, temperature, deformation and strain rate in the billet opening, intermediate and finished forging, and then heat treatment after forging, the target M36 titanium alloy bar is finally obtained.
In the fields of weapons, aviation, aerospace, etc., there are extremely high requirements for the high impact resistance of materials. This new patent for Western superconductivity just meets the demand for high-performance materials in these fields. Therefore, the promotion and application of this technology is expected to bring revolutionary changes to these fields and promote the rapid development of related industries.
For Western Superconducting, the acquisition of this new patent has not only enhanced the company's brand image and market competitiveness, but also brought practical economic benefits to the company. By applying this technology to actual production, the company can produce more high-quality and high-performance titanium alloy bars to meet the diverse needs of the market. At the same time, the technology can also reduce production costs, improve production efficiency, and further increase the company's profitability.
Although the number of new patents granted for Western superconductivity has decreased since this year compared to the same period last year, the company's investment in research and development has not decreased. According to the company's 2023 annual report, the company's investment in R&D reached 329 million yuan, an increase of 29.56% year-on-year. This high R&D investment shows the importance that Western superconductivity attaches to technological innovation and its determination for long-term development.
Industry experts pointed out that Western Superconducting's continuous innovation and R&D investment in titanium alloy material preparation technology will help the company maintain its technological leading position and improve product quality and competitiveness. At the same time, with the continuous growth of demand for high-performance materials in weapons, aviation, aerospace and other fields, the Western superconducting high-impact M36 titanium alloy bar preparation technology is expected to provide strong support for the development of these fields.
In general, Western Superconducting's newly obtained invention patent for “a method for preparing high-impact M36 titanium alloy bars” not only reflects the company's outstanding strength in the preparation technology of titanium alloy materials, but also brings significant benefits and competitive advantages to the company. In the future, with the continuous promotion and application of this technology, Western superconductivity is expected to achieve more brilliant achievements in the field of titanium alloy materials.