Jushi Chemical to Exhibit at Chinaplas 2026, Inviting You to Explore a New Future in Green Chemistry

As a leading enterprise in China's green new materials field, Polystone Chemical adheres to the development concept of "Advanced Manufacturing, Shared Future." Through years of dedicated cultivation, it has built a diversified industrial ecosystem covering the upstream and downstream sectors. At this year's Chinaplas, Polystone Chemical will focus on showcasing its core products, including halogen-free flame retardants, flame-retardant materials for smart home appliances, high flame-retardant materials for new energy, carbon cycle materials, rail transit and construction materials, and specialty nylon materials, comprehensively presenting the company's technological innovation achievements in the field of green flame retardancy.

Among them, the halogen-free flame-retardant modified plastic series (PP, PC, PA, TPE, etc.), as a core product of Jushi Chemical, boasts advantages such as low smoke, halogen-free, and environmental friendliness. It has passed the IATF16949 quality management system certification and US UL certification, and complies with the European Commission's RoHS standards. It is widely used in wire and cable, home appliances, automotive, electronics, and electrical industries. In response to the rapid development needs of the new energy industry, the company has developed new energy high flame-retardant materials that can effectively enhance the safety performance of new energy batteries and energy storage equipment, ensuring the safe application of new energy products. Meanwhile, the flame-retardant materials for smart home appliances align with the safety and environmental requirements of the smart home industry, providing efficient and reliable material solutions for appliance manufacturers. Furthermore, Jushi Chemical has innovatively launched carbon-cycling materials, integrating the concept of green development throughout the entire product lifecycle. Through resource recycling technology, these materials assist downstream enterprises in achieving low-carbon production, meeting the current sustainable development needs of the chemical industry.