On May 9, 2012, Shandong Linglong Tire Co., Ltd. and Beijing University of Chemical Technology signed a strategic cooperation framework agreement in Beijing. The contents of the agreement include three aspects: planting change and comprehensive development of dandelion rubber grass ; research and development of green tire nanocomposite materials; basic research on the application of nanographene in tire tread rubber. Shandong Linglong Tire Signs Cooperation Agreement with Beijing University of Chemical Technology China is a country with very few oil resources and natural rubber resources. The dandelion rubber grass is a plant resource that combines energy and natural rubber. Natural rubber can be extracted, and the remaining waste can be fermented to obtain bioethanol. If the development of the dandelion project is successful, it will certainly contribute to the strategic reserve of scarce resources in China. In addition, dandelion rubber grass is suitable for planting in the Three North Region of China, and the Three North Region is also an area where China's traditional economy is underdeveloped. The successful development of the project will surely drive the local economy and contribute to poverty alleviation and prosperity for the local people. Shandong Linglong tires chairman Wang Feng Natural rubber is an indispensable key to the production of radial truck tires, engineering tires and aviation tires. Although China can produce its own natural rubber, but the limited production capacity, natural rubber production has been hovering at 60,000 to 700,000 tons over the years, while the import volume is as high as 2-3 million tons, and the foreign dependency is 80%. The situation is not optimistic. The cooperation between Beijing University of Chemical Technology and Shandong Linglong Tire Co., Ltd. to open dandelion rubber can make up for the lack of natural rubber resources in China. In addition, Shandong Linglong Tire Co., Ltd. and Beijing University of Chemical Technology have also cooperated in the application of green tire nanocomposites and graphene in tire tread rubber in order to expect breakthroughs in high performance tires.
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