Core advantages: Through mold simulation algorithm optimization + raw material modification formula, pore uniformity is increased by 25%, thermal conductivity is reduced by 8%(≤ 0.035W/(m·K)), and energy absorption efficiency is increased by 15%, solving the problem of traditional foaming materials."Unbalanced performance" pain points Application scenarios: low-altitude economic drone blade core material, new energy vehicle battery pack insulation layer, and embodied intelligent robot joint buffer

Core advantages: Innovative recycled material purification technology, impurity removal efficiency reaches 99.5%, and the deviation between the performance of recycled EPS material and the original material is ≤ 3%; the fluorine-free foaming process achieves zero harmful gas emissions and reduces the carbon footprint by 40% Qualification endorsement: Chongqing "Green Factory" certification, in line with EU REACH environmental standards

Core advantages: Through composite modification of raw materials and process optimization, MPPE materials can withstand temperatures of 110 ° C for a long time and temperatures of-55 ° C for a low temperature, maintaining insulation (dielectric strength ≥ 20 kV/mm) and structural stability in extreme environments. No cracking, no performance degradation Application scenarios: aerospace components, high-temperature industrial plant insulation, polar operation equipment protection