PEEK is a semi-crystalline polyarylate thermoplastic polymer classified as a specialty engineering plastic. It exhibits high heat resistance, outstanding mechanical properties, and chemical stability, making it a viable alternative to traditional materials such as metals and ceramics in numerous specialized applications.

In the field of ultraviolet protection, how to efficiently and precisely block ultraviolet rays is an eternal topic in the research and development of anti-aging materials and high-performance materials. As a broad-spectrum and highly efficient ultraviolet absorber, Omnistab ®UV6102 has the advantage of full-band absorption below 400nm.

In the field of ultraviolet protection, it has always been the core proposition of industry innovation to balance efficient protective performance, meet strict environmental protection standards, and adapt to diverse application scenarios.

Polycarbonate is a colorless, transparent amorphous thermoplastic material whose name derives from its internal carbonate group.

Polyurethane (PU) is widely used in construction, automotive, home appliances, and footwear due to its excellent wear resistance, elasticity, and processability.

Polyphthalamide (PPA ) is a semi-crystalline thermoplastic aromatic polyamide, commonly known as aromatic high-temperature nylon, with a long-term operating temperature of up to 180℃ and a short-term temperature resistance of up to 290℃.

UV radiation causes photoaging, yellowing, and performance loss in polymer materials – a key challenge for product quality and longevity.

In the field of polymer materials, ultraviolet absorbers are key additives that ensure the weather resistance of materials and extend the service life of products. Among them, UV326, with its outstanding advantages such as stable performance,

In industrial production and daily life, the demand for heat insulation has long permeated multiple fields. In the automotive industry, with the popularization of panoramic sunroofs, the heat insulation problems they bring have become increasingly prominent.