Technologie zvýšení adheze barev velkoplošného UV digitálního tisku ke skleněným a polymerním substrátům aktivací atmosférickým plazmatem

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Title in English	Technology for ink adhesion improvement of large-area printing on glass and polymer substrates by atmospheric pressure plasma activation
Authors	KOVÁČIK Dušan KELAR Jakub KELAR TUČEKOVÁ Zlata GALMIZ Oleksandr ZEMÁNEK Miroslav OBŠEL Lukáš PŘASLIČKA Zdeněk FRANTÍK Donna
Year of publication	2020
Type	Pilot plant, certified technology, variety, breed
MU Faculty or unit	Faculty of Science
Attached files	OT1-FV40114-Technologie_zvyseni_adheze_barev_UV_digitalniho_tisku_ke_sklenenym_a_polymernim_substratum_aktivaci_atmosferickym_plazmatem_signed.pdf
Description	The technology for ink adhesion improvement of large-area printing on glass and polymer substrates used activation by atmospheric pressure plasma. A standard printing machine using ordinary ink was utilised by plasma source. The plasma source activated the area right before UV digital printing. Improved properties of large-area flat surfaces were achieved by homogeneous activation by low-temperature plasma. The plasma was generated by a freestanding plasma module with implemented DCSBD discharge unit. The DCSBD was moved contactless at a precise distance above the substrate.
Related projects:	Zvýšení kvality velkoplošného UV digitálního tisku atmosférickým plazmatem