| 标题 |
Hierarchical Interfacial Engineering Enables Durable Superamphiphobic Cotton Fabrics With Integrated Fire Safety and Photocatalytic Air Purification |
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| 其它 | Sustainable cellulose textiles are promising for wearable protection, yet integrating durable superamphiphobicity, fire safety, and environmental remediation within a single cellulose substrate remains challenging. Herein, a silane‐mediated stabilized organic–inorganic interface was constructed on cotton fabric through hierarchical interfacial engineering. First, a bio‐based phytic acid/L‐lysine interlayer was introduced to impart phosphorus‐nitrogen synergistic flame retardancy |
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(2025-6-4)