High Performance Fiber Exhibition Held In Beijing

SAMPE China will open in Beijing 27 days in 2015. The conference will last until May 29th. The China Chemical Fiber Industry Association has hosted the ten year development achievement exhibition of domestic high-performance fibers, a special exhibition of high performance fibers and advanced composite materials. 12 high performance fiber enterprises in China have participated in the exhibition, showing the research achievements, the latest technology and industrialization in the field of high-performance fiber in China.

The Symposium on high performance fibers and advanced composite materials, sponsored by China Chemical Fiber Industry Association, was also held on 27 th.

The 12 high performance fiber enterprises, including the new Shen Shen materials, Hebei Silicon Valley, Hunan Zhongtai, Suzhou Kimcheon, Suzhou, Shanghai Pacific Group, Taihe new material, Weihai development, Zhejiang gailis material, Zhongfu eagle, etc.

They have fully demonstrated the most advanced products and technologies currently in the field of high performance fibers and composites, such as domestic carbon fiber, aramid fiber, ultra-high molecular weight polyethylene fiber, polyphenylene sulfide fiber, continuous basalt fiber, polyimide fiber and polytetrafluoroethylene fiber.

For example, Taihe new material exhibited the Teflon pevlon at the exhibition.

Para aramid is a kind of aromatic polyamide fiber (aramid fibers), referred to as PPTA, China also known as aramid -II or aramid 1414, the main raw materials are benzene two formyl chloride (TPC) and para benzene two amine (PPD).

Zhongfu Shen Eagle exhibited the latest carbon fiber products at the exhibition.

The company has an average share of 70% annually in China's domestic carbon fiber market, and its products are widely used in carbon core cables, sporting goods, building reinforcement, pressure vessels, wind turbine blades, automobiles and aerospace.

High performance fiber and its composite materials are indispensable important raw materials and engineering materials in the fields of national defense, military, aerospace, energy conservation, environmental protection, pportation, energy building and sports leisure, especially the important strategic materials in the field of advanced strategic weapons and aerospace. Their R & D and production are related to national security, scientific and technological progress and economic development.

In recent years, the global high performance fiber and composite materials industry has been developing vigorously. The total output value of the whole industry has exceeded 300 billion US dollars, and has maintained a strong 5%~8% growth every year. It has become the strategic backbone to support the rapid development of the global economy.

Compared with developed countries, China

It started relatively late, but under the guidance of the government's macroeconomic regulation and control and industrial policy, China has made great achievements in the field of high-performance fiber production and R & D.

At present, China has the capacity to prepare 1000 tons of carbon fiber, aramid fiber, polyphenylene sulfide, ultra high molecular weight polyethylene fiber and continuous basalt fiber, and has built up a relatively complete whole system of technical research and development, engineering practice and industrial construction of high performance fiber made in China. The quality of products has been continuously improved and the pattern of production, study and research has been initially formed.

Among them, the aramid fiber and carbon fiber, high strength and high modulus polyethylene fiber are also known as the 3 largest high-performance fibers in the world. They have excellent properties such as high strength, high modulus, high temperature resistance and flame retardance. They also have the advantages of relatively small density, fatigue resistance, shear resistance and good dimensional stability. They have important applications in advanced composite materials, life protection products, communication optical fiber, pportation and ultra light structure, and are the largest and most widely used high-performance fibers in the world today.

In order to keep pace with this activity,

The North American division, the South American division, the European division, the Australian division, the Japanese division, the Korean Division and the Malaysia branch will be advanced on advanced materials, respectively.

The industry's latest technology preparation, engineering application technology organization venue for reporting exchange.

At the same time, the conference has mainly invited participants from international aviation industry (AVIC), China commercial aviation (COMAC), China Aerospace (CASC), China Shipbuilding Industry (CSIC), European Airbus Company (AIRBUS), Boeing (BOEING), General Electric Company (GE), all Russian Aviation Materials Research Institute (Russia), BMW, Germany (BMW), Bombardier Inc (BOMBARDIER), Korea materials and Machinery Research Institute (KIMM), Kyoto Institute of Technology (KIT) and other internationally renowned enterprises and research institutions.

On the 27 seminar held at the high performance fiber and advanced composite materials, the participants discussed the topics of "high performance fiber analysis and development prospects in 2014", "preparation of fluoropolymer esters and fiber structure properties", "research and application progress of ultra-high molecular weight polyethylene fibers", "dry spray wet spinning carbon fiber status and development prospects", "PIPD fiber preparation technology and hydrogen bonding on its performance", "homemade para aramid industry chain research and industry development" and other topics on the topic of "high-performance fiber analysis and 2015 development prospects".