Carbon fiber in jilin petrochemical groundbreaking new composite material test apparatus
KEPIN website on July 24, jilin petrochemical research institute, according to a set of domestic advanced level of carbon fiber in jilin petrochemical groundbreaking new composite material test apparatus, the domestic carbon fiber composite materials will add new members. It is understood that the device adopts the independent intellectual property rights research and development of technology, the use of carbon fiber and high performance resin composite carbon fiber composite material, to fill the domestic blank in this field.
According to project director Zhang Guixian, they will make use of the test rig to develop carbon fiber products such as pultrusion, presoak cloth, fabric, change the pattern of the single carbon fiber composite materials products, explore the market for carbon fiber thousand tons device to produce a research, pull the upstream downstream. At the same time, the test unit also shoulder the best technology carbon fiber composite material has been explored and guide the customer scientific and reasonable use of carbon fiber, to provide customers with technical services, such as tasks, can assist the carbon fiber production process of continuous improvement and optimization.
"This project is divided into two phases, the first phase of the main products for the annual output of 200 tons of carbon fiber oilfield centralizer is special material, 50 tons of chopped carbon fiber and carbon fiber cloth, 100000 square meters. Main with thousand tons of carbon fiber project phase ii, complete the carbon fiber continuous sucker rod, 3 million m / 3 million m/carbon fiber material in the construction of production equipment." Zhang Guixian said.
Previously, relying on the advantage of the carbon fiber product development, jilin petrochemical and cooperation between shandong university and other institutions, through the research with great concentration, use of independent research and development of carbon fiber reinforced nylon engineering plastics, through methods such as extrusion, injection molding processing and forming, producing a new generation of sucker rod centralizer.
