The company has established close industry-university-research cooperation with a number of scientific research institutions, and has formed a technical team with well-known domestic experts and professors as the leading core and experienced young and middle-aged technical backbones as the support. and rely on the company's academician pilot base, postdoctoral scientific research workstation, Shandong enterprise technology center, Shandong fluorosilicone new materials engineering technology research center and special synthetic fluorosilicone rubber materials Shandong engineering research center and other high-quality scientific research platform, in terms of hardware, it is equipped with more than 20000 square meters of R & D and pilot experimental base, as well as more than 160 sets (sets) of advanced experimental and testing equipment, which fully supports the development of new synthetic technologies, and has domestic advanced scientific research strength in the field of fine chemicals and polymer material synthesis.

In order to promote the incubation and transformation of green, healthy and high-performance polymer materials developed by academician yang wantai of beijing university of chemical technology, and to give full play to the advantages of New Era Chemical  (Shandong) co., ltd. in chemical process and control, chemical production management, and chemical equipment supporting capabilities, the company established an academician pilot test base in March 2021 in cooperation with beijing university of chemical technology, striving to promote the transformation of various experimental pilot test technologies of academician team into pilot test and industrialization.

Based on the significant innovative research achievements of academician Yang Wantai's team in the research fields of molecular design and preparation, surface/interface modification and functionalization of polymer materials, this pilot test base takes the preparation process of aldehyde-free environmental protection water-based adhesive, plasticizer-free polyvinyl chloride and other materials and the research and development of supporting key equipment as the main direction, and builds an integrated innovation platform of production-learning-research-application, to develop new technologies for the preparation of olefin-based polymer materials based on independent intellectual property rights, to solve the key technical bottlenecks in the synthesis and engineering process of new polymer materials, and to provide technical support for solving major needs in the fields of energy, environment and materials. Relying on the academician pilot base, the company successfully put into production a 10,000-ton aldehyde-free environmentally friendly water-based adhesive production line in November 2023, realizing the perfect closed loop of the base cooperation mode. In the future, the company will take this as the basis, continue to uphold the transformation mode of scientific and technological achievements with enterprises as the main body and academician team as the source, and strive to build the academician pilot base into a high-end pilot test and industrialization innovation cooperation platform in the field of green and healthy polymer materials, and constantly incubate more and better scientific research achievements!

In order to better play the role of technological innovation in the company's development, the company was approved to establish a post-doctoral research station in October 2015, which is committed to promoting the development and application of advanced chemical equipment and high-performance fluorosilicone materials. Through the construction of postdoctoral research workstation, the company has successfully attracted and trained a number of high-level scientific research talents: as of December 2023, the workstation has successfully recruited 4 postdoctoral talents into the station, of which 3 have successfully left the station, injecting new impetus into the company's technological innovation and industrial upgrading. The research results of the post-doctoral researchers not only improve the relevant theories, but also provide strong technical support for the design and development of advanced chemical equipment such as Venturi injectors, as well as the upgrading of high-performance fluorosilicone rubber products. In the future, the company will continue to increase investment in post-doctoral research workstations, and continue to promote technological innovation and industrial upgrading of the company and the industry!