Tinhy and University of Jinan Celebrate Six Years of Industry–University Collaboration

Strengthening Industry–University Collaboration for Sustainable Growth

On June 11, 2026, more than 150 faculty members and students from the Polymer Materials and Engineering Department of the University of Jinan visited TINHY GEOSYNTHETICS CO., LTD. for a practical training and industry-learning program.

This educational partnership has been maintained continuously for six years, serving as an important platform for industry–university collaboration. Through hands-on learning and technical exchange, the program helps bridge the gap between academic education and industrial practice while cultivating high-quality professionals for the geosynthetics and environmental engineering industries.

Exploring Innovation at Tinhy’s Provincial R&D Center

During the visit, students and faculty members toured Tinhy’s Provincial Enterprise Technology Center and the 1,500-square-meter Geosynthetics Application Technology Research and Development Center.

The center has established a complete innovation chain covering fundamental research, technology development, product commercialization, and engineering applications. Through this visit, participants gained valuable insights into the latest technological advancements, research methodologies, and industrialization processes within the geosynthetics and containment materials industry.

The experience provided students with a deeper understanding of how scientific research is transformed into practical engineering solutions that support environmental protection, infrastructure development, and sustainable resource management.

Discovering Tinhy’s Growth and Industry Leadership

The delegation also visited the company’s exhibition hall, where they learned about Tinhy’s development history, technological achievements, industry certifications, and diverse product applications.

From its early beginnings to becoming one of China’s leading companies in precision containment and anti-seepage solutions, Tinhy has continuously invested in technological innovation and quality excellence. Today, the company’s core products are widely applied across water conservancy projects, environmental protection initiatives, non-ferrous metal mining operations, transportation infrastructure, and other critical engineering sectors.

Students were particularly interested in learning that Tinhy is the first and only geomembrane manufacturer in China to obtain internationally recognized GAI-LAP accreditation, demonstrating the company’s commitment to world-class quality standards and technical expertise.

Advancing Talent Cultivation Through Practical Learning

Industry-oriented education plays a vital role in preparing students for future careers. By providing opportunities to observe real-world manufacturing processes, research activities, and engineering applications, Tinhy helps students connect classroom knowledge with practical industry requirements.

The visit allowed participants to gain firsthand exposure to modern production facilities, quality management systems, technological innovation processes, and sustainable development practices. Such experiences not only broaden students’ professional perspectives but also strengthen their understanding of industry trends and future career opportunities.

Building a Greener Future Through Collaboration

This successful training and exchange program further strengthened the long-standing partnership between the University of Jinan and TINHY GEOSYNTHETICS CO., LTD. It also demonstrated the value of integrating education, research, and industry resources to create mutually beneficial opportunities for both academic institutions and enterprises.

Looking ahead, Tinhy will continue to deepen cooperation with universities, leverage complementary resources, and promote collaborative innovation among industry, academia, and research institutions. Through these efforts, the company remains committed to supporting sustainable development in the environmental engineering sector and contributing to a greener future where people and nature coexist in harmony.