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AssigneeLilliput Technologies Limited
InventorsLaura Beatriz Chaves Martínez, Andrea Ester Colina Blanco, Mauricio Herrera Rodriguez, Yendry Corrales Ureña, Cindy María Torres Quirós
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A protective material comprising a hybrid composite derived from a suspension, including an organic polymer matrix formed upon drying and an inorganic filler system embedded therein. The organic constituents may include biocompatible polymeric materials, while the inorganic filler constituents comprise a plurality of particulates including microparticles and, optionally, submicron particles and/or nanoparticles. When applied to plant surfaces and dried, the protective material forms a conformal coating configured to mitigate heat stress in plants via passive cooling, by reducing solar heat gain, and managing heat transfer between ambient air and plant tissues.
A protective material for heat stress mitigation in plants, wherein the protective material comprises a hybrid composite comprising:
A method of manufacturing a protective material for mitigating heat stress in plants, the method comprising the steps of:
Dependencies are inferred from the claim text.