The breakthrough of fluorine free waterproofing technology requires both theoretical support and industrial application polishing. School enterprise cooperation, as an important bridge connecting academic research and industrial practice, can fully integrate the advantages of both parties, accelerate the transfer of technological achievements from laboratories to production lines, and is an important path for technological innovation in the chemical new materials industry.
Xiamen Hehe Technology Co., Ltd. has always adhered to the research and development concept of industry university research collaboration in its development process. It has established joint laboratories with multiple 985 universities and Xiamen University to jointly tackle key technical challenges in the field of fluorine free waterproofing. In terms of cooperation mode, universities leverage their advantages in basic research and talent resources to focus on cutting-edge research directions such as the mechanism of fluorine free waterproofing and the synthesis of new materials; The enterprise, relying on years of industrialization experience, is responsible for the pilot scale-up of technology, process optimization, and market validation, forming an innovative chain of complementary advantages between the two parties.
This collaborative innovation model effectively solves the problem of the disconnect between scientific research and industry. The cutting-edge research achievements of universities can be quickly transformed into mass-produced products through the engineering capabilities of enterprises; The practical application difficulties encountered by enterprises in the market can also become a research direction for universities, making scientific research more targeted. For example, in the research and development process of technologies such as fluorine free solvent resistance and high fastness fluorine free coatings, both schools and enterprises cooperated throughout the entire process from mechanism research to process optimization. The final product launched achieved industry innovation and filled the domestic technological gap.
In addition to technological breakthroughs, school enterprise cooperation also provides a platform for talent cultivation and exchange for enterprises. Through the joint construction of laboratories, university students and researchers can delve into the production front lines of enterprises and understand the actual needs of the industry; Enterprise technicians can also be exposed to cutting-edge academic concepts and research methods, enhancing their own research and development capabilities. This two-way flow of talent injects long-term vitality into the continuous innovation of enterprises.
Up to now, many of Hehe Technology's core research and development achievements have been accumulated through school enterprise cooperation. Among the 24 authorized patents of the enterprise, many are also the crystallization of industry university research collaboration. Relying on the research and development support of the joint laboratory, Hehe Technology's product performance continues to improve, reaching the international advanced level, and has passed the OEKO-TEX certification ®、 Multiple international authoritative certifications such as ZDHC can adapt to the high-end application needs of multiple industries.
With the increasingly fierce technological competition in the fluorine free waterproofing industry, the value of school enterprise collaborative innovation will be further highlighted. Hehe Technology will continue to deepen cooperation with universities, expand the direction and depth of joint research, promote the landing of more fluorine free waterproof new technologies and products, and drive the common development of enterprises and industries through collaborative innovation.