In the preliminary round of the 14th China Innovation & Entrepreneurship Competition (Liaoning · Dandong Division), Dandong Gaoxin Dryer Cylinder Manufacturing Co., Ltd., representing Dandong's high-end equipment manufacturing sector, successfully advanced to the provincial industry competition with its large-diameter 4200mm cast iron dryer cylinder project.
The company's entry project broke through the limitations of traditional dryer cylinder diameters, achieving a groundbreaking milestone for large-diameter cast iron dryer cylinders in China and filling a technological gap. The project focuses on solving industry pain points, aiming to enhance production efficiency and product performance while significantly reducing energy consumption, aligning with the national green manufacturing strategy.
During the roadshow session, the company representative systematically presented the project's technological innovation, market prospects, core competitiveness, and future plans to the judging panel. The presentation earned professional commentary and valuable suggestions from the judges, providing crucial insights for the company's future development.
This competition marks an important step for Dandong Gaoxin Dryer Cylinder in integrating into the regional innovation ecosystem. The company highly valued this competition, viewing it as a prime opportunity to show R&D achievements, learn advanced experiences, and expand collaboration channels. Through the competition, the company not only demonstrated its innovative capacity but also gained clearer direction for technological upgrading and market expansion.
The successful advancement from the preliminary round signifies a solid step forward on the company's innovation journey. It is not only an affirmation of past efforts but also the starting point for future endeavors. The company will continue to deepen technological innovation, actively explore market applications, and cherish the opportunities for learning and connecting brought by this competition, striving to unlock greater value for the project.
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