Selected at the provincial level! These two enterprises in Xianyang High tech Zone, Shaanxi Province, are impressive!

Recently, the Provincial Department of Industry and Information Technology and the Provincial Department of Finance released the list of sales rewards for the first batch of application products of new materials in the province. The new material "High strength titanium alloy Ti-55 (TA12) titanium alloy rod" developed by Shaanxi Taishibang Technology Industry Co., Ltd. in Xianyang High tech Zone has been successfully selected.

Shaanxi Taishibang Technology Industry Co., Ltd

Shaanxi Taishibang Technology Industry Co., Ltd. is located in Xianyang High tech Zone, with a factory area of 10000 square meters and a research and development center of 500 square meters. It specializes in the research and development, production, and sales of titanium alloy bicycle parts, precision machining of titanium alloy products, 3D printing of titanium alloys, and deep-sea testing equipment for titanium alloys. The company has a group of high-level and intermediate professional technical personnel and skilled technical workers, who have accumulated rich experience in the development of new materials, new technologies, and new processes.

First in China

Taishibang Company has pioneered the use of high-strength titanium alloy pipes in sports products in China.

Titanium alloy is an expensive material with high strength, good corrosion resistance, strong heat resistance, light weight, and no chemical reaction with any substance in the air. Taishibang uses aerospace grade high-quality titanium alloy to make a bicycle frame. After welding, polishing, polishing and other processes, a brand new titanium alloy bicycle frame is ready.

At present, most of the titanium alloy bicycles of well-known global brands use Taishibang's titanium alloy frames and accessories. Taishibang has become a bicycle frame supplier for well-known bicycle brands in the United States, Australia, the United Kingdom, Austria, and other countries. Its products are sold to developed countries and regions, and the global titanium alloy bicycle frame market share has exceeded 70%.

The overall design, production process, quality control, product standards, and other technical work of high-strength titanium alloy Ti-55 (TA12) titanium alloy bars are independently completed by Taishibang Company. Compared with titanium alloy equal diameter pipes of the same material, diameter, and length, the materials produced by innovative technology reduce weight by about 22.5%, increase strength by 30%, and increase cost-effectiveness by 40%.

At present, more than 30% of the company's personnel are engaged in research and development work, and the research and development team has a solid foundation in materials and mechanical processing technology; Having rich production and processing experience and innovative capabilities. The company has been rated as a high-tech enterprise in Shaanxi Province, a specialized and innovative enterprise in Shaanxi Province, and has obtained ISO9001 qualification certification. It has multiple invention and utility model patents. With the continuous development and growth of the enterprise, it has become a globally renowned supplier of titanium alloy bicycle frames and accessories.

In addition to Taishibang, there is also a high-tech enterprise in the high-tech zone that specializes in the research and production of titanium alloy materials.

Shaanxi Tiancheng Aviation Materials Co., Ltd

Tiancheng Aviation Materials was established in 2007 and is a high-tech enterprise specializing in the research and production of titanium alloy materials. It is a "little giant" enterprise supported by the state for its specialization, precision, and novelty.

In recent years, Tiancheng Aviation Materials has conducted in-depth research on material genetic engineering, tapping into the potential of ferroalloys, and closely integrating material design, preparation, and application. It has independently developed, designed, and constructed China's first aviation grade Qin alloy rod and wire full process temperature control rolling production line, solving the problem that has plagued China's aviation industry for nearly half a century.

Third globally and first domestically

Under the premise of a technological gap in the entire industry, Tiancheng Aerospace Materials has developed large-sized bars using a combined production process of "rolling instead of forging, forging and rolling". They are mainly used for pre research and development of ferroalloys for aircraft structural components and engine disk shaft components. In response to key application needs in the aerospace field, Tiancheng Aerospace Materials continuously innovates and breaks through in the material side, becoming the third company in the world and the first company in China to have this preparation technology.

In addition, the ultra-fine grained titanium alloy rod for blades exclusively developed and produced by it is technologically synchronized with the titanium used in international aviation engines, which can significantly improve the service life of blades and provide more possibilities for the iterative upgrading of domestic aviation engines.

Can achieve an annual production of 20000 tons

Under the premise of a technological gap in the entire industry, a large-scale bar production process of "rolling instead of forging, combined with forging and rolling" has been developed, which has been used in the pre research and production of titanium alloys for aircraft structural components and engine shaft components. It is expected that by 2025, all equipment will be fully put into production, and the annual production target of 20000 tons can be achieved.

Partial source: Science and Technology Daily

At present, Xianyang High tech Zone has gathered more than 80 new synthetic material enterprises, mainly used in high-end material fields such as aerospace and special equipment. A number of high-tech projects, such as the intelligent manufacturing of special equipment and the sealing profiles of aircraft organic silicon materials, which have just started construction, will be completed and put into operation, promoting industrial transformation and upgrading, and driving the formation of a billion dollar new material industry cluster.