Plastek: Atmospheric plasma treatment

J Kuusipalo; M Tuominen; J Lahti; K Lahtinen; K Nättinen; J Nikkola; J Vartiainen; J Mannila; M Kallio; E Hurme; O Kaukoniemi; H Sundqvist; T Erho; L Hakola; Martti Toivakka; M Pykönen; A Harlin; M Peltola

Plastek: Atmospheric plasma treatment

J Kuusipalo, M Tuominen, J Lahti, K Lahtinen, K Nättinen, J Nikkola, J Vartiainen, J Mannila, M Kallio, E Hurme, O Kaukoniemi, H Sundqvist, T Erho, L Hakola, Martti Toivakka, M Pykönen, A Harlin, M Peltola

Forskningsoutput: Kapitel i bok/konferenshandling › Konferensbidrag › Vetenskaplig › Peer review

Sammanfattning

The main objective has been the development of an inline plasma treatment process suitable for industrial process. The equipment and method for atmospheric plasma treatment of roll-to-roll substrates has been developed. Improvements in the laminate adhesion and treatment durability in comparison with corona have been achieved especially in higher line speeds. Plasma-assisted immobilisation of antimicrobial substrates and the inhibition of bacteria growth have been achieved. In addition, a reduction in the OTR-value of the uncoated samples was obtained. Silane based sol-gel coatings were successfully spray coated on plasma treated paper products to enhance the barrier properties and surface free energy.

Originalspråk	Odefinierat/okänt
Titel på värdpublikation	PulPaper 2007 Conference; Future surface treatments
Sidor	–
Status	Publicerad - 2007
MoE-publikationstyp	A4 Artikel i en konferenspublikation
Evenemang	conference - Varaktighet: 1 jan. 2010 → …

Konferens

Konferens	conference
Period	01/01/10 → …

Citera det här

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title = "Plastek: Atmospheric plasma treatment",

abstract = "The main objective has been the development of an inline plasma treatment process suitable for industrial process. The equipment and method for atmospheric plasma treatment of roll-to-roll substrates has been developed. Improvements in the laminate adhesion and treatment durability in comparison with corona have been achieved especially in higher line speeds. Plasma-assisted immobilisation of antimicrobial substrates and the inhibition of bacteria growth have been achieved. In addition, a reduction in the OTR-value of the uncoated samples was obtained. Silane based sol-gel coatings were successfully spray coated on plasma treated paper products to enhance the barrier properties and surface free energy.",

author = "J Kuusipalo and M Tuominen and J Lahti and K Lahtinen and K N{\"a}ttinen and J Nikkola and J Vartiainen and J Mannila and M Kallio and E Hurme and O Kaukoniemi and H Sundqvist and T Erho and L Hakola and Martti Toivakka and M Pyk{\"o}nen and A Harlin and M Peltola",

year = "2007",

language = "Odefinierat/ok{\"a}nt",

pages = "–",

booktitle = "PulPaper 2007 Conference; Future surface treatments",

note = "conference ; Conference date: 01-01-2010",

}

TY - GEN

T1 - Plastek: Atmospheric plasma treatment

AU - Kuusipalo, J

AU - Tuominen, M

AU - Lahti, J

AU - Lahtinen, K

AU - Nättinen, K

AU - Nikkola, J

AU - Vartiainen, J

AU - Mannila, J

AU - Kallio, M

AU - Hurme, E

AU - Kaukoniemi, O

AU - Sundqvist, H

AU - Erho, T

AU - Hakola, L

AU - Toivakka, Martti

AU - Pykönen, M

AU - Harlin, A

AU - Peltola, M

PY - 2007

Y1 - 2007

N2 - The main objective has been the development of an inline plasma treatment process suitable for industrial process. The equipment and method for atmospheric plasma treatment of roll-to-roll substrates has been developed. Improvements in the laminate adhesion and treatment durability in comparison with corona have been achieved especially in higher line speeds. Plasma-assisted immobilisation of antimicrobial substrates and the inhibition of bacteria growth have been achieved. In addition, a reduction in the OTR-value of the uncoated samples was obtained. Silane based sol-gel coatings were successfully spray coated on plasma treated paper products to enhance the barrier properties and surface free energy.

AB - The main objective has been the development of an inline plasma treatment process suitable for industrial process. The equipment and method for atmospheric plasma treatment of roll-to-roll substrates has been developed. Improvements in the laminate adhesion and treatment durability in comparison with corona have been achieved especially in higher line speeds. Plasma-assisted immobilisation of antimicrobial substrates and the inhibition of bacteria growth have been achieved. In addition, a reduction in the OTR-value of the uncoated samples was obtained. Silane based sol-gel coatings were successfully spray coated on plasma treated paper products to enhance the barrier properties and surface free energy.

M3 - Konferensbidrag

SP - –

BT - PulPaper 2007 Conference; Future surface treatments

T2 - conference

Y2 - 1 January 2010

ER -