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

• 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
• 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