Personal protective equipment pays attention exclusively to external safety protection and
ignores the internal thermoregulation of physiological state in association with sweating …

Superhydrophobic cement-based materials are promising candidates to alleviate the
performance deterioration of concrete constructions caused by water penetration. However …

The practical applications of superhydrophobic fabrics face challenges such as inadequate
durability and dependence on toxic fluorine-containing reagents. In this work, a robust …

The iron tetroxide/reduced graphene oxide/stearic acid (Fe 3 O 4/RGO/SA) composite
membrane with a micro-nano-graded rough structure is fabricated on cotton cloth. Surface …

Cellulose fiber-based textiles are ubiquitous in daily life for their processability,
biodegradability, and outstanding flexibility. Integrating cellulose textiles with functional …

Despite the significant value of two-dimensional membrane materials in the field of oil-water
separation, it is still a challenge to break through the limitation of their separation driving …

Oil spills significantly threaten aquatic life, human health and the environment, necessitating
oil–water separation methods. To address these environmental concerns, a hydrophobic …

In the present work, we devised an ecological solution for recycling silicone waste into
functionalized films possessing superhydrophobicity with low drag and oil adsorption …

Textile composites are ubiquitous in daily life and are one of the main ways in which
bacteria and viruses spread. Highly effective antibacterial and antiviral flexible composites …

This work describes an ultrafast and sustainable approach for the covalent functionalization
of cellulose paper using diazo compounds under catalyst-free conditions. The methodology …