Haining Shire New Material Co.,Ltd TS
Haining Shire New Material Co., Ltd TS is a Shanghai-based company in China that focuses on the research and manufacture of PE surface protective films. Since 2005, the company has been dedicated to developing new products and improving film quality to meet the demands of the construction and manufacturing markets. The organization emphasizes advanced technology and a commitment to quality as core principles guiding its operations.
The company manufactures surface protective films used across a broad range of substrates and applications, including aluminum composite panels, stainless steel, sandwich panels, galvanized materials, screen walls, fireproofing boards, molding steel, decorative surfaces, glass, plastics, and rubber products. Its product line is designed to protect surfaces during handling, processing, and installation, helping customers preserve material appearance and integrity.
Quality assurance is highlighted through the adoption of high-quality chemistry and industrial-grade materials, paired with a formal quality guarantee system. The company references ISO 9001:2000 and SGS certifications, indicating adherence to internationally recognized quality and management standards. This emphasis on quality is complemented by a stated commitment to offering good products at competitive prices, along with comprehensive service support.
Geographically, Haining Shire New Material Co., Ltd TS reports sales in domestic markets as well as international regions, including the Americas, Southeast Asia, and the Middle East. The firm describes its operations as being grounded in science and technology, quality, and customer-focused service, with an aim to build long-term relationships with clients by delivering reliable products and responsive service.
Overall, the company presents itself as a coatings and film producer that balances product development with quality control, aiming to supply protective film solutions that help customers protect surfaces and maintain the visual and functional integrity of diverse materials across multiple industries.
