See how a fullerene/nano titanium dioxide spunbond layer uses photocatalytic oxidation under vi
See how thermoplastic elastomer blends enable volume increase through mechanical stretching and
See how a liquid masterbatch with lubricant-enhanced dispersibility solves uneven color renderi
See how a polyester copolymer with caprolactone and pentaerythritol enables blended fabric dyei
See how chitin modification with 2-hydroxybenzimidazole and other modifiers prevents decomposit
See how a covered yarn with carbon nanotube, graphite, and copper powder improves heating blank
Thermal drawing creates kilometer-scale triboelectric fibers that stay flexible and washable for woven generators and self-powered sensors.
Ultrafine non-woven fibers made by laser electrospinning hold solid electrolyte particles to cut resistance, improve conduction, and avoid harmful solvents.
Controlled recycled polyester chemistry enables lighter nonwoven layers with the rigidity and sound absorption needed for wheel guards and trunk trims.
Ultrafine fiber non-woven support embeds solid electrolyte particles to expand electrode contact area, cut resistance, and improve all-solid-state battery durability.