Jiangsu Chengda Polymer Materials Co., Ltd
Jiangsu Chengda Polymer Materials Co., Ltd. (Group Company) is headquartered in Jiangsu, China. It is a technology-based company that integrates innovative technology, production and manufacturing, supporting supply, and services. As a multinational business group, Chengda is committed to producing and manufacturing global polymer materials, with world leading EPDM and NBR production and processing technology and product lines.
Currently, Chengda has branches and research centers in India, Japan, Germany and Thailand, and has established cooperative relationships with Akron University in the United States. The company originated from Haiji Rubber Industry, established in 2005, and entered the field of rubber polymer materials in 2019. In the same year, it fully launched international development. Based on the technological concept of keeping up with the times and constantly innovating, as well as the customer-oriented service concept, Chengda strives to become a world leading brand in the field of polymer materials by 2025. Chengda International's rubber and plastic products have advantages such as good sound insulation, noise reduction, shock resistance, thermal insulation, sealing, and flame retardancy, all of which meet the strict product standards worldwide. Widely used in industries such as automobiles, home appliances, electronics, and packaging. Its products include but are not limited to specialized production of engineering grade 0, B1, B2 rubber insulation board pipes, composite veneer rubber insulation board pipes, EPDM insulation board pipes, die-cut parts and sealing strip series, etc.
Our sincere vision is to improve the world and daily life through innovation in our employees and chemistry. Therefore, Chengda upholds this vision and is committed to improving the quality of life of people around the world. At the same time, we focus on areas where we can leverage the resources and expertise of our company and employees with local partners to create meaningful and continuous change.