客制功能化材料
Different application scenarios have differentiated requirements for material performance, reliability, and processing compatibility, making it difficult for standardized materials to meet the needs of complex operating conditions. WDF focuses on customer application requirements and leverages its high-performance material development capabilities and extensive modification experience to provide customized solutions covering material selection, formulation development, performance optimization, […]
Sustainx® 可持续材料
Introduction to PCR Materials PCR (Post-Consumer Recycled) materials are key sustainable materials enabling circular economy and low-carbon manufacturing in the plastics industry. They are produced through professional recycling, sorting, purification, and re-compounding of post-consumer plastic waste. Compared with virgin materials, PCR recycled materials significantly reduce the consumption of petroleum resources and lower carbon emissions during […]
ELITEPA® PA
Introduction to Polyamide (Nylon) Polyamide (PA, commonly known as Nylon) is one of the five most widely used engineering plastics, recognized for its excellent overall performance. With outstanding mechanical strength, wear and chemical resistance, electrical insulation properties, and excellent modification adaptability, PA has become an indispensable structural and functional polymer material in modern industrial manufacturing. […]
GLAXON® PCTG
Introduction to GLAXON® PCTG GLAXON® is a high-performance copolyester material brand developed by WDF, focusing on the modification, formulation design, and application development of PCTG and related copolyester materials. Leveraging advanced polymer modification technologies and extensive application experience, GLAXON® provides transparent material solutions that combine excellent transparency, outstanding toughness, safety, and processing performance. About the […]
INNOKETONE® PK
Introduction to PK materials PK (Polyketone) is a linear semi-crystalline thermoplastic engineering polymer synthesized through the alternating copolymerization of carbon monoxide, ethylene, and propylene. It features a high degree of crystallinity and a tightly packed molecular structure, which endows PK materials with excellent mechanical properties, chemical stability, and environmental adaptability, making them highly promising for […]