Superhydrophobic, strong and transparent paper made from cellulosic fibers

Enhanced Flame Retardancy and Mechanical Properties of Polylactic Acid Composites with Phytate-Chelated Nanotitanium Dioxide-Modified Bagasse Cellulose

“…In addition, a C 1s peak appears for A-MBC/PA/A-TiO 2 , corresponding to C–N (286.0 eV) bonds, indicating the successful modification of the modified cellulose with PA and APTES. The deconvoluted O 1s spectrum of A-MBC/PA/A-TiO 2 shows an increased fraction of O–P (531.0 eV), O–Si (532.0 eV), and O–Ti (529.7 eV) bonds compared with that of A-MBC, confirming the presence of PA and A-TiO 2 nanoparticles on the A-MBC surface.…”

Transparent anti-fingerprint glass surfaces: comprehensive insights into theory, design, and prospects

“…As advancements continue in the super-wetting theory and associated preparation methods, there is marked progress in the domain of transparent super-wetting surfaces. 30,[39][40][41][42][43][44] Despite this, the current body of literature offers limited examination of transparent fingerprint-resistant glass. For hightransmittance materials like glass, a high standard of optical performance is essential.…”

High-Performance Flexible Ionically Conductive Superhydrophobic Papers via Deep Eutectic Polymer-Enhanced Interfacial Interactions

“…Therefore, the development of multifunctional superhydrophobic papers has gradually become an emerging field in recent years . Some functional superhydrophobic papers with high stability, transparency, photoresponse, and electrical conductivity have been reported, leading to a great broadening of their practical applications. − It is worth noting that these functional superhydrophobic papers are often difficult to achieve a balance of overall properties, e.g., the use of micro-/nano-particles to build roughness is often accompanied by an increase in mechanical stiffness; and the weak interfacial interaction between the superhydrophobic coating and the substrate results in poor stability.…”