Printing on glass
The breakthrough glass printing technology provided by Frajt replaces the existing screen printing methods employed in the industry so far. The new digital printing machine ensures unbelievable application of inorganic ceramic inks to mate with the glass surface after hardening at temperatures up to 700 °C. The maximum printing resolution is 800 DPI with adjustable printing drop size.
The resulting product is a high performance, UV-resistant, scratch-resistant and weather-resistant glass plate.
Ceramic inks are always applied to one (air) side of the glass plate. The second (tin) side of the glass is always visible with a glossy effect.
Print options
Double vision effect
It is a very attractive glass print, the area contains several layers with transparent perforation, resulting visual effect are different motifs with transparent patterns on each side of the glass.
Double vision
This type of glass printing is very popular, e.g., for doors or partition walls, the surface contains several layers, the resulting visual effect being different motifs on each side of the glass.
Tiling print
The print area contains 2 layers, 1. Motif, and 2. white layer that serves to cover, the adhesive. Standard for saunas, kitchens and wall banners.
Basic print
This is a standard print design, the glass surface contains 1 layer with a motif. The motif may also be semi-transparent. Appropriate application for interior doors, shower enclosures and partition walls.
Partial print
The glass area contains only a partial print coverage to 15%, 85% of the glass remains transparent. This method is used in applications partly transparent or opaque appearance.
Certificates and standards
Ceramic printing and ceramic glass inks
Initial type tests:
- Scratch resistance ISO 15418, stress test EN 438-2/ISO 4586-2: > 16 N
- Gloss: DIN 67530
- UV reliability and durability DIN EN 1096-3
- Ink resistance against climate according to DIN EN 1096-2
- Spectrometric measurement according to DIN EN 410
- Pummel Adhesion test : DIN 54457/DVS
- Emisivity dle DIN EN 16012
