We are a technology-driven enterprise specializing in the R&D, manufacturing, and sales of fire-resistant materials and smart dimming materials.
Equipped with a wide range of advanced analysis and testing instruments, our R&D team is led by Dr. Xuan. By leveraging resources from research institutes both domestically and abroad, and utilizing our own application R&D platform, we are committed to continuous innovation.
Currently, we hold more than 30 core technology patents, and our products maintain a leading position in the industry.
Professional Team
2014: The Foundation
Suzhou Polyma Polymer Material Co., Ltd. was officially established. Starting with integrity as our core value, we simultaneously founded the "Jiangsu New Materials" R&D platform, marking the beginning of our exploration in the new materials sector.
2015-2018: Technological Breakthroughs
Material Innovation: We pioneered the "Nanosi" Inorganic Fire-Resistant Material technology, filing 16 patents to build a solid technical barrier.
Smart Integration: We achieved a breakthrough in "Smart Thermochromic Dimming Material" technology, successfully realizing the integration of dimming and fire protection functions—a move that filled a significant gap in the market.
2019-2021: Industrial Upgrading
Strategic Partnership: We collaborated with Dongfeng Co., Ltd. (a listed company) to accelerate the industrialization of our technologies.
Brand Evolution (2021): The company was renamed "PRELIM NEW MATERIALS (SUZHOU) CO., LTD." We strategically upgraded to become a one-stop solution provider for "Fire, Thermal, and Optical Glass Integrated Products," becoming a direct supplier for commercial buildings, government projects, and electronics manufacturers.
2022-2026: Scaling & Expansion
Continuous Innovation: We successfully launched our patented coating-based continuous production technology for multi-layer cuttable fire-resistant glass, achieving full-scale industrialization.
Global Impact: By 2026, we accumulated over 30 core technology patents. Our products are now widely used in global commercial and industrial sectors, driving the fire glass industry toward a future of automation, continuity, and superior quali