Atmospheric Plasma Innovative Roll-to-Roll Machine for Continuous Materials
Atmospheric plasma is emerging as a promising
technology for many industrial sectors, because of its ecological and
economic advantages respect to the traditional production processes.
For textile industry, atmospheric plasma is becoming a valid
alternative to the conventional wet processes, but the plasma
machines realized so far do not allow the treatment of fibrous
mechanically weak material.
Novel atmospheric plasma machine for industrial applications,
developed by VenetoNanotech SCpA in collaboration with Italian
producer of corona equipment ME.RO SpA is presented. The main
feature of this pre-industrial scale machine is the possibility of the inline
plasma treatment of delicate fibrous substrates such as fibre
sleeves, for example wool tops, cotton fibres, polymeric tows,
mineral fibers and so on, avoiding burnings and disruption of the
faint materials.
[1] H. Thomas, in Plasma Technologies for Fabrics, ed. R. Shishoo,
Woodhead Publ. Ltd, 2007, ch. 9, 228-246.
[2] I. Kulyk, M. Scapinello, M. Stefan. Proc. 12th Int. Wool Research
Conference (19-22.10.10, Shanghai, China).
[3] M. Scapinello, I. Kulyk, C. Paradisi. Proc. 4th Central Europe
Symposium on Plasma Chemistry (IV-CESPC, 21-25.08.2011, Zlatibor,
Serbia).
[4] I. Kulyk, M. Scapinello, M. Stefan. Proc. 12th European Plasma Conf.,
(HTPP-12, 24-29.06.12, Bologna, Italy), in press.
[5] Italian Appl. No. BO2010A000058.
[6] Int. Appl. No. PCT/IB2011/050417.
[1] H. Thomas, in Plasma Technologies for Fabrics, ed. R. Shishoo,
Woodhead Publ. Ltd, 2007, ch. 9, 228-246.
[2] I. Kulyk, M. Scapinello, M. Stefan. Proc. 12th Int. Wool Research
Conference (19-22.10.10, Shanghai, China).
[3] M. Scapinello, I. Kulyk, C. Paradisi. Proc. 4th Central Europe
Symposium on Plasma Chemistry (IV-CESPC, 21-25.08.2011, Zlatibor,
Serbia).
[4] I. Kulyk, M. Scapinello, M. Stefan. Proc. 12th European Plasma Conf.,
(HTPP-12, 24-29.06.12, Bologna, Italy), in press.
[5] Italian Appl. No. BO2010A000058.
[6] Int. Appl. No. PCT/IB2011/050417.
@article{"International Journal of Mechanical, Industrial and Aerospace Sciences:53262", author = "I. Kulyk and M. Stefan", title = "Atmospheric Plasma Innovative Roll-to-Roll Machine for Continuous Materials", abstract = "Atmospheric plasma is emerging as a promising
technology for many industrial sectors, because of its ecological and
economic advantages respect to the traditional production processes.
For textile industry, atmospheric plasma is becoming a valid
alternative to the conventional wet processes, but the plasma
machines realized so far do not allow the treatment of fibrous
mechanically weak material.
Novel atmospheric plasma machine for industrial applications,
developed by VenetoNanotech SCpA in collaboration with Italian
producer of corona equipment ME.RO SpA is presented. The main
feature of this pre-industrial scale machine is the possibility of the inline
plasma treatment of delicate fibrous substrates such as fibre
sleeves, for example wool tops, cotton fibres, polymeric tows,
mineral fibers and so on, avoiding burnings and disruption of the
faint materials.", keywords = "Atmospheric plasma, industrial machine, fibrous
materials.", volume = "6", number = "11", pages = "2366-3", }