December 12, 2018 Source: Carbon Fiber Production Technology

Yonghong Advanced Materials, a supplier of carbon fiber composite production solutions, not only provides carbon fiber production equipment, but also promotes composite recycling and recycling programs with Hanxiang, a leading aerospace industry in Taiwan. Among them, Yonghong is responsible for the development of recycling technology, and Hanxiang provides advice on the development of composite materials, waste materials and process development. On December 7, Yonghong officially unveiled the world's first high-efficiency carbon fiber composite material recycling system to seize the market.

Yonghong CEO Wang Zhiyong said that the annual capacity of the high-efficiency carbon fiber composite recycling system is 50 tons, and the annual processing capacity can be expanded to 80-100 tons per year. The energy cost per kilogram of processing is controlled below US$1. As for the price of each unit, it is still under discussion. This presentation, potential customers on the spot, including huge machinery, the famous American bicycle manufacturers Specialized, Formosa, Hanxiang and Tuoke, and many other well-known companies.

In addition, Yonghong has recently received new orders for carbon fiber composite production equipment. Yonghong revealed that after receiving an order for a carbon fiber high-temperature graphitization production line from Zhejiang Jinggong Technology, the company received an order for a carbon fiber high-temperature carbonization furnace from a world-renowned listed company in South Korea in late November, scheduled for May and June next year. Shipped. In addition, Jingong recently ordered an order for carbon fiber high-temperature graphitization furnaces from Yonghong, and plans to open specifications in February next year.

Yonghong has launched the "all in one" high-efficiency carbon fiber composite recycling system, which is integrated into a 40-foot truck container. It can directly smash, process, recycle and regenerate bicycle carbon fiber and waste materials, making it the world's first. Wang Zhiyong pointed out that the above system is the first mobile system (can be used after power-on), including fixed-point to start-up, only takes 1 hour; in 3 to 30 minutes, the process can be completed; the energy consumption is much lower than that of the traditional pyrolysis furnace. The power consumption per kilogram is 6-8 degrees; due to the low temperature rapid process, no dioxin is produced.

According to the statistics of the Composites Association of Taiwan, the composite materials industry in the region releases more than 30,000 tons of waste each year, of which carbon fiber is a composite material. The world's current accumulated waste has reached hundreds of thousands of tons. As carbon fiber composite materials are expected to develop in the fields of aviation, wind power generation, new energy vehicles, etc., how to effectively deal with carbon fiber composite materials and waste materials has already caused operational risks and difficulties in industrial practice. issue.

Using the above-mentioned technology, Yonghong re-forms the waste and waste into carbon fiber sheet and shot granules which are comparable to the cost-effective aluminum alloy. It can be used in automotive environmentally-conscious and lightweight products such as automotive components, bicycles and leisure products. The market outlook is promising.