Application of plasma technology for the modification of polymer and textile materials
Mogućnost primene plazma tehnologije u modifikovanju polimernih i tekstilnih materijala
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Plasma treatment is based on the physico-chemical changes of the material surface and as an ecologically and economically acceptable process it can be an attractive alternative to conventional modifications. The possibilities of plasma technology application to the modification of polymer and textile materials are discussed. Different specific properties of the material can be achieved by plasma cleaning, etching, functionalization or polymerization. The final effects are strongly influenced by the treatment parameters (treatment time, pressure, power, gas flow), the applied gas and nature of the material. The plasma treatment of polymers is predominantly focused on cleaning and activation of the surfaces to increase adhesion, binding, wettability, dye ability and printability. Current studies deal more with plasma polymerization where an ultra thin film of plasma polymer is deposited on the material surface and, depending on the applied monomer, different specific properties can be ob...tained (i.e. chemical and thermal resistance, abrasion resistance, antireflexion, water repellence, etc.). Plasma application to textiles is mostly oriented toward wool and synthetic fibres, though some studies also consider cotton, hemp, flax and silk. The main goal of plasma treatment is to impart a more hydrophilic fibre surface and accordingly increase wettability, dye ability, printability and particularly, shrink resistance in the case of wool. Recent studies have favored technical textiles, where plasma polymerization can offer a wide range of opportunities.
Obrada plazmom polimernih i tekstilnih materijala se zasniva na fizičko-hemijskim promenama površine ovih materijala i zbog odgovarajuće ekološke i ekonomske prihvatljivosti nameće se kao atraktivna alternativa konvencionalnim postupcima modifikovanja. Nagrizanjem, čišćenjem, funkcionalizacijom i polimerizacijom plazmom mogu se dobiti specifična svojstva materijala. U ovom radu su diskutovane potencijalne mogućnosti primene tehnologija baziranih na neravnotežnim plazmama u modifikovanju polimernih i tekstilnih materijala.
Keywords:
plasma / polymer / textile / plasma polymerization / plasma functionalization / plazma / polimer / tekstil / polimerizacija plazmom / funkcionalizacija plazmomSource:
Hemijska industrija, 2004, 58, 2, 55-63Publisher:
- Association of Chemical Engineers of Serbia
Institution/Community
Tehnološko-metalurški fakultetTY - JOUR AU - Radetić, Maja AU - Petrović, Zoran Lj PY - 2004 UR - http://TechnoRep.tmf.bg.ac.rs/handle/123456789/610 AB - Plasma treatment is based on the physico-chemical changes of the material surface and as an ecologically and economically acceptable process it can be an attractive alternative to conventional modifications. The possibilities of plasma technology application to the modification of polymer and textile materials are discussed. Different specific properties of the material can be achieved by plasma cleaning, etching, functionalization or polymerization. The final effects are strongly influenced by the treatment parameters (treatment time, pressure, power, gas flow), the applied gas and nature of the material. The plasma treatment of polymers is predominantly focused on cleaning and activation of the surfaces to increase adhesion, binding, wettability, dye ability and printability. Current studies deal more with plasma polymerization where an ultra thin film of plasma polymer is deposited on the material surface and, depending on the applied monomer, different specific properties can be obtained (i.e. chemical and thermal resistance, abrasion resistance, antireflexion, water repellence, etc.). Plasma application to textiles is mostly oriented toward wool and synthetic fibres, though some studies also consider cotton, hemp, flax and silk. The main goal of plasma treatment is to impart a more hydrophilic fibre surface and accordingly increase wettability, dye ability, printability and particularly, shrink resistance in the case of wool. Recent studies have favored technical textiles, where plasma polymerization can offer a wide range of opportunities. AB - Obrada plazmom polimernih i tekstilnih materijala se zasniva na fizičko-hemijskim promenama površine ovih materijala i zbog odgovarajuće ekološke i ekonomske prihvatljivosti nameće se kao atraktivna alternativa konvencionalnim postupcima modifikovanja. Nagrizanjem, čišćenjem, funkcionalizacijom i polimerizacijom plazmom mogu se dobiti specifična svojstva materijala. U ovom radu su diskutovane potencijalne mogućnosti primene tehnologija baziranih na neravnotežnim plazmama u modifikovanju polimernih i tekstilnih materijala. PB - Association of Chemical Engineers of Serbia T2 - Hemijska industrija T1 - Application of plasma technology for the modification of polymer and textile materials T1 - Mogućnost primene plazma tehnologije u modifikovanju polimernih i tekstilnih materijala EP - 63 IS - 2 SP - 55 VL - 58 DO - 10.2298/HEMIND0402055R ER -
@article{ author = "Radetić, Maja and Petrović, Zoran Lj", year = "2004", abstract = "Plasma treatment is based on the physico-chemical changes of the material surface and as an ecologically and economically acceptable process it can be an attractive alternative to conventional modifications. The possibilities of plasma technology application to the modification of polymer and textile materials are discussed. Different specific properties of the material can be achieved by plasma cleaning, etching, functionalization or polymerization. The final effects are strongly influenced by the treatment parameters (treatment time, pressure, power, gas flow), the applied gas and nature of the material. The plasma treatment of polymers is predominantly focused on cleaning and activation of the surfaces to increase adhesion, binding, wettability, dye ability and printability. Current studies deal more with plasma polymerization where an ultra thin film of plasma polymer is deposited on the material surface and, depending on the applied monomer, different specific properties can be obtained (i.e. chemical and thermal resistance, abrasion resistance, antireflexion, water repellence, etc.). Plasma application to textiles is mostly oriented toward wool and synthetic fibres, though some studies also consider cotton, hemp, flax and silk. The main goal of plasma treatment is to impart a more hydrophilic fibre surface and accordingly increase wettability, dye ability, printability and particularly, shrink resistance in the case of wool. Recent studies have favored technical textiles, where plasma polymerization can offer a wide range of opportunities., Obrada plazmom polimernih i tekstilnih materijala se zasniva na fizičko-hemijskim promenama površine ovih materijala i zbog odgovarajuće ekološke i ekonomske prihvatljivosti nameće se kao atraktivna alternativa konvencionalnim postupcima modifikovanja. Nagrizanjem, čišćenjem, funkcionalizacijom i polimerizacijom plazmom mogu se dobiti specifična svojstva materijala. U ovom radu su diskutovane potencijalne mogućnosti primene tehnologija baziranih na neravnotežnim plazmama u modifikovanju polimernih i tekstilnih materijala.", publisher = "Association of Chemical Engineers of Serbia", journal = "Hemijska industrija", title = "Application of plasma technology for the modification of polymer and textile materials, Mogućnost primene plazma tehnologije u modifikovanju polimernih i tekstilnih materijala", pages = "63-55", number = "2", volume = "58", doi = "10.2298/HEMIND0402055R" }
Radetić, M.,& Petrović, Z. L.. (2004). Application of plasma technology for the modification of polymer and textile materials. in Hemijska industrija Association of Chemical Engineers of Serbia., 58(2), 55-63. https://doi.org/10.2298/HEMIND0402055R
Radetić M, Petrović ZL. Application of plasma technology for the modification of polymer and textile materials. in Hemijska industrija. 2004;58(2):55-63. doi:10.2298/HEMIND0402055R .
Radetić, Maja, Petrović, Zoran Lj, "Application of plasma technology for the modification of polymer and textile materials" in Hemijska industrija, 58, no. 2 (2004):55-63, https://doi.org/10.2298/HEMIND0402055R . .