Nanocyl SA is the world leader in the commercialization and production of industrial multi-walled carbon nanotubes (MWCNT) and conductive masterbatches.
The Belgium-based company was founded in 2002. Nanocyl industrial NC7000™ multiwalled carbon nanotube (400 metric ton, the largest European producer) provides solid performances at very low loadings to the Transport, Energy, Electronics, Industrial and Recreational Industries.
Alongside NC7000™ MWCNT powder, Nanocyl produces an easy to use series of products under the range Plasticyl™ Conductive Masterbatches. This covers from commodity polymers such as PP or HDPE to high performance polymers such as PEEK along with engineering plastics such as PC and PA. Plasticyl™ products are widely used by compounders, injection molders or end-users and do not require additional processes to be integrated.
A variety of liquid dispersions are also available such as:
Today Nanocyl employs 47 people and has a global presence ensuring a reliable supply of its product worldwide.
Nanocyl SA has non-exclusive distributor agreement with Safic-Alcan to strengthen its European deployment and has strong partnerships in Japan, South-Korea, China and USA.
Nanocyl has a unique and patented catalyst composition and production processes of multiwalled carbon nanotubes. Nanocyl provides technical services to support its customers in developing new sustainable products/applications using its carbon nanotubes. Company continues to develop formulated value-added products to ease integration in customer production processes and Nanocyl plays also an active role in various European nanotechnology research projects.
Mr Kosbach Laurent
Nanocyl's Carbon Nanotube Technologies to be Featured at Chinaplas International Exhibition
Presentation to Offer New Information About Using CNTs for Emerging Applications
Nanocyl Reaches Agreement with 3B-Fibreglass
Nanocyl NC7000 Carbon Nanotubes Provide the Cleanliness and Conductivity Required for Producing Innovative HDD Applications
Nanocyl Showcases Benefits of CNTs at Nanotechnology Conference
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