Recently, Shengding High-Tech Materials’ expansion and renovation project for high-temperature-resistant polymer slurries and resins has been progressing smoothly. Located in the Rizhao Lanshan Chemical Industry Park, the project has a total investment of 50 million yuan. Upon reaching full production capacity, it will produce 200 metric tons of related materials annually, further enhancing the company’s portfolio of high-end polymer materials.

As a provincial-level “Specialized, Refined, Distinctive, and Innovative” enterprise, the company specializes in optical-grade TPU intermediate films and functional resins. It possesses an independent industrial chain and a CNAS-accredited laboratory, participates in the formulation of national standards, and has achieved breakthroughs in the localization of multiple technologies. Its products are applied in fields such as aerospace, photovoltaics, and rail transit. The company is deeply committed to industry-academia-research innovation, focuses on supplying high-end equipment, and is simultaneously expanding into overseas markets, using technological innovation to drive the high-quality development of the new materials industry.

Shengding High-Tech’s EVA and TPU films serve as the core interlayers for laminated glass. EVA film offers excellent light transmission, is easy to process, and provides high value for money. It is widely used in architectural laminated glass and skylight partitions, where it holds glass fragments in place, blocks UV rays, and effectively extends the lifespan of photovoltaic modules. TPU films feature excellent elasticity, resistance to salt spray aging, and high impact resistance, making them suitable for high-end applications. They are commonly used in specialty glass for security and blast-resistant applications, rail transit, and ship windows. Each material has its own specific focus: EVA is primarily used in photovoltaics and civil construction, while TPU is geared toward high-level protection applications, providing reliable solutions for laminated safety glass.

Shengding Advanced Materials’ participation in the glasstec trade show in Düsseldorf, Germany, has come to a successful close, and the event proved highly fruitful. We sincerely thank all our clients—both new and existing, from home and abroad—for visiting our booth to exchange ideas and discuss business opportunities.



The company specializes in high-end EVA and TPU laminating films, which are widely used in architectural laminates, security, and photovoltaic applications. Equipped with automated production lines and a comprehensive quality control system, we are capable of providing customized solutions.



Though the exhibition has concluded, our collaboration continues. We sincerely invite all clients to visit our production base in Rizhao, Shandong, for an on-site tour to gain firsthand insight into our manufacturing processes and quality control systems, discuss potential partnerships, and work together to expand our market reach.

Company: Shandong Rizhao Shengding High-Tech Materials Co., Ltd.

Address: No. 209, Aye Mountain North Road, Lanshan District, Rizhao City, Shandong Province

Contact: +86 135 6237 6375

Email: docs@foundite.com

Foundite will be exhibiting at the International Glass Exhibition in Düsseldorf, Germany, showcasing a complete set of intelligent equipment for laminated glass production. The equipment is currently undergoing testing, with commissioning nearing completion; live demonstrations will be available at the exhibition. The equipment is compatible with films such as PVB, EVA, and SGP, meeting the production needs for laminated glass across various sectors, including construction and photovoltaics. Foundite has deep expertise in the field of laminated glass equipment; its products are sold in many countries worldwide, and the company offers customized production line solutions. We cordially invite customers from around the world to visit **Booth 12G45** to view our equipment, engage in discussions, and explore opportunities for industry collaboration.