1.Key application areas High Performance Composites Aerospace structural components: Carbon fibre (50vol%)/Epoxy prepregs Specific strength up to 785MPa/(g/cm³) Coefficient of thermal expansion <1×10-⁶/°C Automotive lightweight: Long Glass Fibre Reinforced PP (LFT-PP) Flexural modulus >5GPa (40%GF) Weight reduction 30% vs metal parts Electronic packaging materials High thermal conductivity plastics: Boron nitride filled PPS (30vol%) Thermal conductivity 8W/(m-K) Volume resistivity >10¹⁵Ω-cm EMI shielding: Carbon fibre/ABS (15%) Shielding effectiveness＞60dB(1GHz) Speciality Engineering Plastics Abrasion-resistant nylon: Molybdenum disulfide (5%) + glass fibre (30%) PV value＞3MPa-m/s Dimensionally stable PBT: Mica(40%) modified Heat deflection temperature (1.82MPa) up to 210°C 2. 2.Market Development Trends Demand for high performance. High modulus carbon fibre (>600GPa) Nano-diamond filled thermally conductive plastics (>20W/(m-K)) Sustainable Development: Bio-based fillers (cellulose/chitin) Closed-loop recycled carbon fibre technology Digital Design. Machine learning based filler topology optimisation Reinforced filler systems for 3D printing

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Related product references: For formulation review or sourcing comparison, see CHLUMINIT TMO and CHLUMINIT 819.