Multiband compatible stealth engineering with controllable visible light-infrared (VIS-IR) features and radar wave absorption is urgently needed to improve the survivability of advanced military equipment. Cr₂O₃ has good visible light stealth performance under green background, but it is lack of IR and radar multi-band stealth properties. Herein, a core-shelled Cr₂O₃@stannic antimony oxide (ATO) structure was developed to enhance the IR-radar compatible stealth properties of Cr₂O₃ by in-situ precipitation method, concurrently maintaining its visible light stealth property. The morphology, conductivity, and infrared stealth properties of the Cr₂O₃@ATO hybrids were influenced by the calcination temperature, and the IR and radar stealth performance were tunable by ATO content. The lowest emissivity of Cr₂O₃@ATO pigments is 0.852, reduced by 10% than pure Cr₂O₃. The Cr₂O₃@ATO filled silicone resin coatings possessed good thermal stability and IR stealth stability. Benefiting from the enhanced interfacial polarization and conductive loss, the Cr₂O₃@ATO exhibited an effective absorption bandwidth of 2 GHz in the X band, with respect to pure Cr₂O₃ without radar absorption property. The Cr₂O₃@ATO structure opens an avenue for advanced VIS-IR-Radar compatible stealth materials.

迫切需要具有可控可见光-红外（VIS-IR）特征和雷达波吸收的多波段兼容隐身工程，以提高先进军事装备的生存能力。Cr ₂ O ₃在绿色背景下具有良好的可见光隐身性能，但缺乏红外和雷达多波段隐身性能。在此，开发了核壳型Cr ₂ O _{3 @氧化锡锑（ATO）结构，通过原位沉淀法增强了Cr 2} O ₃的红外雷达兼容隐身性能，同时保持其可见光隐身性能。_{Cr 2} O的形貌、电导率和红外隐身性能₃ @ATO 杂化物受煅烧温度的影响，红外和雷达隐身性能可通过 ATO 含量进行调节。_{Cr 2} O ₃ @ATO颜料的最低发射率为0.852，比纯Cr ₂ O ₃降低10% 。Cr ₂ O ₃ @ATO填充的有机硅树脂涂层具有良好的热稳定性和红外隐身稳定性。得益于增强的界面极化和传导损耗，相对于没有雷达吸收特性的纯 Cr ₂ O _{3 ，Cr 2} O _{3 @ATO 在 X 波段表现出 2 GHz 的有效吸收带宽。}铬₂O ₃ @ATO 结构为先进的 VIS-IR-Radar 兼容隐形材料开辟了道路。