Core Advantages: Through mold simulation algorithm optimization + raw material modified formula, we achieve a 25% improvement in pore size uniformity, an 8% reduction in thermal conductivity (≤0.035 W/(m·K)), and a 15% increase in energy absorption efficiency. This solves the pain point of "unbalanced performance" in traditional foaming materials. Application Scenarios: Low-altitude economy: UAV propeller core materials New energy vehicles: Battery pack thermal insulation layers Embodied intelligence: Robot joint buffer parts

Through innovative recycled material purification technology, we achieve an impurity removal efficiency of 99.5%, with the performance deviation of recycled EPS material from virgin material controlled within ≤3%. Our fluorine-free foaming process realizes zero harmful gas emission, cutting the carbon footprint by 40%.

Core Advantages: Through raw material composite modification and process optimization, the MPPE material achieves long-term temperature resistance up to 110°C and low-temperature resistance down to -55°C. It maintains stable insulation performance (dielectric strength ≥ 20kV/mm) and structural stability in extreme environments, with no cracking and no performance degradation. Application Scenarios: Aerospace-grade components Thermal insulation for high-temperature industrial plants Protection for polar operation equipment