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Durbio: results with POY and PBS extruded yarns

POY yarn extrusion

Melt extrusion of continuous textile fibres is possible by two techniques: (B)CF and POY yarn extrusion. CF extrusion is typically used to produce more voluminous fibre types, for carpet or upholstery yarns. Reinforced POY yarns are suited for technical applications. The (B)CF extrusion process is often prefered because of the lower production costs.

European patents at affordable prices

Under the present regime, European patents, after grant by the EPO, must be validated individually in each country for which patent protection is sought. This results in significant administrative and financial overheads for companies, especially SMEs.

Off-the-shelve seaweed farms on textiles

These turnkey seaweed cultivation plants are the result of the European research project AT~SEA, advanced textiles for open sea biomass cultivation, (FP7 - 2012-2015) in which Centexbel developed, in collaboration and consultation with both industrial and research partners, an advanced coated textile suited for the growth of seaweed in a controlled, efficient and very productive way, yielding far lager crops than what was possible until today. Moreover, the system has been designed to harvest in a very simple and easy way.

Google purchases your patents

Between May 8 and 22, Google conducted a rather peculiar experiment, called the ‘Patent Purchase Promotion’. For this special action, Google created a portal where companies and people can present their patents to Google. Later this month, Google will make an offer to the applicants in order to actually purchase their patents.

Google will evaluate the system and maybe implement it on a permanent basis.

More information on http://googlepublicpolicy.blogspot.nl/2015/04/announcing-patent-purchase...

June 5 is World Environment Day

Reconciling long-term economic growth with a livable planet

Source: nbn.be - Wednesday, 27 May 2015

This year’s theme is "Seven Billion Dreams. One Planet. Consume with care". It aims to make people aware of how the well-being of humanity, the environment and economies ultimately depends on the responsible management of the planet’s natural resources. Evidence is building that people are consuming far more natural resources than what the planet can sustainably provide.

European Inventor Award - Nominations 2016

Nominations for the European Inventor Award 2016 are now open. The Award recognises outstanding inventors from around the world, from all technical fields and backgrounds. You don’t have to be an inventor yourself to put forward a nominee. People from industry, research institutes, IP associations and universities, as well as the general public, are all welcome to make a suggestion. So why not go ahead and nominate your favourite inventor? You can even nominate yourself if you want!

Graphene for wearable electronic devices

Centexbel participated in a European research project on the creation of wearable electronic devices. The research consortium made a major breakthrough. Read all about it in the article published in ScienceDaily!

SIOEN & CENTEXBEL win Innovation Award

At Techtextil, the largest European fair on technical textiles, At~Sea partners SIOEN and CENTEXBEL have won the Innovation Award in the category New Materials.

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Click here to read the press release

FORCE7: Mopping up oil spills

Engineers have successfully demonstrated a new technology to clean up oil spills, which could reduce the environmental danger of drilling for oil in cold, rough seas, such as those in the Arctic. Centexbel participated in the European research project FORCE7 that developed the textile material to wipe the oil off the surface of the sea. The video clip includes a testimony by our colleague Monika Rymarczyk.

The final Force7 textile mop prototype has been presented at the Techtextil Fair (4-7 May 2015) at Centexbel (Hall 4.1 stand 52) and D’Appolonia.

Smart textiles prevent pressure ulcers

Valencia (3rd March 2015) - The European research project PUMA (Pressure Ulcer Measurement and Actuation) technically coordinated by the Biomechanics Institute (IBV) has developed an innovative portable and non-invasive device to prevent and early detect the risk of Pressure Ulcer (PU) development and revert its onset for Tetraplegic Spinal Cord Injured (T-SCI) individuals relying on wheelchairs.

Read the full press release