Nanofibres are the technology of future: What is their attractiveness and where do they help?
Thanks to their unique physical properties, nanofibres can be used in many areas of human activity . It's not just ultra-fine masks and…
Driving forward European fuel cell technology
Read more about driving forward in the GAIA project, which focuses on the development of fuel cell technology.
Electrospinning Web Series hosted by Dipole and Elmarco
Join us to explore a number of interesting topics from the world of electrospinning! We are pleased to invite you to a series of online…
Elmarco’s line takes part in Hong Kong’s reindustrialisation program
The industrial electrospinning line to be placed in the Advanced Manufacturing Centre in Hong Kong.
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Statement by ELMARCO on the activities of the company Foshan Lepton Precision M & C Tech Co.
Official statement by ELMARCO on the activities of Chinese company Foshan Lepton Precision M & C Tech Co., Ltd.
GAIA Fuel Cells project newsletter
Exciting breakthroughs have been made in all materials development on the way to higher performance MEAs.
Visit of the Ambassador of France
Elmarco welcomed Ambassador of France to the Czech Republic, Mr. Roland Galharague.
Why are nanofibres so valued and where do they help?
Nanofibres with diameter measured in nanometers can be made from a variety of polymers and therefore can achieve various physical properties and application potential. All polymer nanofibres are unique due to their large surface-to-volume ratio, high porosity, noticeable mechanical strength and flexibility compared to their microfibre counterparts.
If you are looking for a material that is both durable and flexible, nanofibre is a clear choice.
Compared to conventional fibres, nanofibres are lightweight, have a small diameter and variable pore structure, making them ideal for use in a variety of industries, such as air filtration, liquid filtration, protective clothing manufacturing, tissue engineering, functional materials manufacturing and energy storage.
In addition, they are so variable that they can be made of both synthetic and natural materials. There are, for example, carbon, polymer, graphite, collagen or cellulose nanofibres, and we have not yet listed all the alternatives.