"After more than four and a half years of aerospace users of rigid evaluation, Jane technology ZT7 series of carbon fiber, take the lead to achieve the overall stability in the field of the batch application, first used in domestic newest defense equipment. It has preempted the high performance of domestic high performance carbon fiber. Recently, China Jane technology co., LTD. General manager Yang yonggang proudly said.

The performance of carbon fiber materials is special, which is the indispensable strategic new material for national economy and national defense. It is known as "black gold". Its production process is complex, the technology of key equipment such as spinning equipment, oxidation furnace, carbonization furnace and graphitization furnace is high. It is difficult to design and manufacture. Carbon fiber industry in China started late, the core technology, key equipment long-term monopolized by Japan, the United States and western European countries, high-performance carbon fiber is no independent domestic production line, the squeezed domestic enterprise profit space, restricted the development of domestic carbon fiber industry.

In April 2008, the Chinese academy of sciences of shanxi MeiHuaSuo original carbon fiber group leader team led by Dr Yang technology level and T700 carbon fiber preparation technology located in changzhou high-tech zone, founded in Jane technology company. The company bear the ministry of science and technology national high technology research and development program (863 program), as a key project of high performance carbon fiber after thousands of times of trial and error, mastered the key technology of production of the core equipment, engineering design and domestic production equipment more than 98% for the independent research and development manufacturing, all realize the localization of key equipment. Now the company has completed two raw silk production lines totaling 1600 tons, and the first 300 tons of domestic ZT7 series of high performance carbon fiber production lines and stable mass production. To achieve the key technological breakthroughs of T300, T700, T800, and M40J graphite fiber, and break the international monopoly of high performance carbon fiber technology. In 2015, the company's sales revenue reached 150 million yuan. The company has eight invention patents and 14 utility model patents, and has passed the certification of military license production and quality management system of weapon and equipment. The "aviation high-performance carbon fiber innovation team" led by Dr. Yang yonggang won the honorary title of innovation team in the key field of science and technology.

"On September 27, jiangsu provincial party committee secretary li qiang, a talk, listened to my speech, encouragement, we need to get the carbon fiber into a beautiful card in jiangsu province, to make the carbon fiber industry benchmarking enterprises in China. Last year, the company launched the 1000-ton/year domestic T700 carbon fiber expansion project, which will be completed in 2017. We are now planning to build a carbon fiber industrial park, aiming at the cutting edge technology of international carbon fiber materials and improving the development and production of carbon fiber series products. "Yang said confidently.

Carbon fiber and its composites was accompanied by the rapid development of aerospace and national defense and grows of new materials, belong to the state vigorously develop strategic emerging industries, the product has high specific strength, high temperature resistance, corrosion resistance, fatigue resistance, conductivity, heat transfer and thermal expansion coefficient and a series of excellent performance, its density is only 1/4 of steel, but the strength is 10 times of steel. Can be used as structure materials bearing load, and can be used as functional materials play a role, can be widely used in aviation, spaceflight, automobile, environmental engineering, chemical, energy, transportation, construction, electronics, sports equipment, and many other fields. In particular, it can be used in new energy development such as wind power generation.