Exhibition News · 2026 Xiamen LFT at EP Shanghai &ES Shanghai 2026 Exploring Long Fiber Reinforced Thermoplastics for Electrical and Power Equipment Applications DEC 03–05, 2026SHANGHAI, CHINABOOTH N4C11B Contact Our Team → CONNECTING MATERIALS WITH INDUSTRY Advancing Material Solutions for the Power Industry Xiamen LFT Composite Plastics Co., Ltd. is pleased to announce its participation in EP Shanghai &ES Shanghai 2026, taking place from December 3 to 5 in Shanghai, China. As a specialist in long fiber reinforced thermoplastic composites, LFT-G develops material solutions designed to meet demanding mechanical and processing requirements across a range of industrial applications. At this exhibition, we look forward to connecting with electrical equipment manufacturers, engineers, and industry partners to explore the potential of LFT materials in power and industrial applications. EP Shanghai &ES Shanghai 2026 · Booth N4C11B 01 Evolving Material Requirements in Power Equipment Performance, reliability and design flexibility Electrical and power equipment operates under a wide range of mechanical, thermal and environmental conditions. Choosing the right engineering material is essential to component performance, product durability and manufacturing efficiency. Depending on the application, manufacturers may need to balance mechanical strength, dimensional stability, heat resistance, electrical insulation, flame retardancy and processing requirements. These factors make application-specific material selection increasingly important. 01 Mechanical Performance Strength, stiffness and resistance to deformation. 02 Thermal Stability Performance suited to specified operating temperatures. 03 Electrical Safety Grade-specific insulation and flame-retardancy requirements. 04 Manufacturing Efficiency Injection molding and design integration opportunities. 02 Why Consider Long Fiber Reinforced Thermoplastics? A combination of thermoplastic processing and fiber reinforcement Long fiber reinforced thermoplastics (LFT) combine a thermoplastic resin matrix with longer reinforcing fibers. Compared with conventional short-fiber reinforced compounds, suitable LFT grades can offer advantages in structural performance and resistance to deformation in appropriately designed components. Structural Strength Long fiber reinforcement can help improve stiffness and mechanical performance, depending on fiber orientation, material formulation and part design. Lightweight Design Potential weight reduction compared with selected alternative materials, subject to component-level engineering validation. Design Flexibility Injection molding enables complex geometries and integrated features for appropriately designed components. Grade Selection Different resin systems and reinforcement levels can be evaluated against specific thermal, mechanical and environmental requirements. Note:Actual material performance depends on the grade, component design and processing condi...
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