Cross border cooperation and innovation! Tire bead partition enterprises and universities jointly tackle industry technical challenges
In order to break through the technological bottleneck in the Plastic tray industry, a circular plastic flap manufacturing company recently signed a cooperation agreement with the School of Materials Science and Engineering at a university to jointly establish an "Advanced Beam Cap Material Research and Development Center". The two sides will carry out joint research and development on key technologies such as high-performance materials, structural optimization, and life prediction, promoting the deep integration of industry, academia, and research.
At present, the bead separator industry is facing technical challenges such as "material performance ceiling" and "unclear failure mechanism", and the R&D resources of a single enterprise are difficult to meet the development needs of the industry. The jointly built research and development center will integrate the scientific research advantages of universities with the industrialization experience of enterprises. The university team will focus on basic research such as material molecular design and performance testing methods, providing theoretical support for product innovation; Enterprises are responsible for transforming scientific research achievements into actual products, conducting pilot and mass production verification. The first batch of collaborative projects includes "Research and Development of High Temperature Resistant Beam Wrap Materials" and "Development of Tire Bead Partition Failure Warning System", etc. It is expected to achieve 3-5 core technological breakthroughs within three years.
The accumulation of universities in the field of materials basic research will help us break down technological barriers, "said the chairman of a Apex Holder manufacturing company. The R&D center has invested 20 million yuan in laboratory construction and equipment procurement, and has also set up" scholarships "to attract outstanding talents to join. The dean of the School of Materials Science and Technology at University also pointed out that industry university research cooperation can not only accelerate the implementation of scientific research results, but also provide students with practical platforms and cultivate composite talents urgently needed in the industry. This cooperation is expected to promote the transformation of the Apex Disc industry from "following imitation" to "independent innovation", and enhance the technological discourse power of domestic enterprises in the global market.
