Lotus blossoms are beautiful, and always immaculately clean. Water drops bead up and roll off of their water-repellent surface, washing away every speck of dust. This type of self-cleaning surface would be very useful to...
DuPont yesterday announced the introduction of its latest innovation, Hybrid Membrane Technology (HMT), a new offering for air and liquid filtration that is poised to fill the performance gap between traditional nonwoven...
DuPont has announced the introduction of its latest innovation, Hybrid Membrane Technology (HMT), a new offering for air and liquid filtration that is poised to fill the performance gap between traditional nonwovens and ...
Water is essential for life. Nevertheless, even small amounts of water in the wrong places - such as fuels, lubricants, or organic solvents - can cause motors to sputter, metal parts to rust, or chemical reactions to go ...
Cellulose fibers can be produced in an efficient and environmentally sustainable manner by using ionic liquids. This is the result drawn by BASF and the renowned Denkendorf Institute for Textile Chemistry and Chemical Fi...
From car interiors to diapers – non-woven tissues are used every-where. Manufacturers are aiming to produce increasingly hard-wearing non-woven tissues from as little plastic as possible. A simulation model has bee...
Si-Light Technologies Ltd, a spin-out company from the University of Surrey (UniS) has announced that it has received equity seed funding worth £150,000 ($284,000) from the Cascade Fund to develop silicon-based lig...
Inspired by the remarkable hairs that allow geckos to hang single-toed from sheer walls and scamper along ceilings, a team of researchers led by engineers at the University of California, Berkeley, has created an array o...
After the World Cup is before the World Cup: The soccer World Cup in Germany had barely come to a close before preparations for the next one began. The criticism of the turf in the German World Cup stadiums prompted FIFA...
Engineers who develop microelectromechanical systems (MEMS) like to make their tiny machines out of silicon because it is cheap, plentiful and can be worked on with the tools already developed for making microelectronic ...
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