Researchers have developed an eco-friendly, superhydrophobic coating with three-stage colour transitions for diverse applications. The robust technology excels in simple fabrication, high stability, and...
Researchers have developed a novel cotton fabric featuring a superhydrophobic, fully bio-based coating. Based on rosin acid and chitosan nanoparticles, the technology offers efficient oil/water separation...
Researchers have developed an environmentally friendly method to make bamboo superhydrophobic using methyltrimethoxysilane (MTMS) – without any fluorinated compounds. The coating shows high resistance...
A newly developed siloxane/polyurea coating combines microphase separation and an epoxy armour layer to achieve long-lasting superhydrophobic performance under mechanical and chemical stress.
A new bio-based coating derived from urushiol and hexamethylenediamine enables highly hydrophobic surface modification without the need for silane compounds, offering a simple and versatile method for...