digiMARK Solvent Perfect Poster Paper (200g)
Central UK Location
Daily deliveries throughout
the UK and Europe
Description
digiMARK Solvent Poster Paper is a specially developed paper for digital ink-jet printing, suitable for use with solvent, UVC and latex inks. Perfect for posters and advertisements for indoor use, this solvent poster paper offers brilliant colour reproduction.
Roll length: 50 metres
The drying time of digiMARK Solvent Poster Paper depends on the amount of ink and the ink technology. Lamination is required for outdoor applications – please make sure that the prints are fumigated completely in order to avoid the risk of bubbles between the media and lamination film.
The use of cotton gloves is advisable to avoid fingerprints on Poster Paper.
- Suitable for digital ink-jet printing
- Compatible with solvent, UVC and latex inks
- Provides brilliant colour reproduction
- For indoor applications
Poster Paper Processing
The drying time depends on the amount of ink and the ink technology. For outdoor applications lamination is needed. Before lamination the prints have to be dried and fumigated completely otherwise there is a risk of getting bubbles between media and lamination film. To avoid fingerprints the use of cotton gloves is advisable.
Poster Paper application is for display advertisements and poster displays for indoor applications.
FAQ
Each roll of poster paper comes in either 760mm or 1370mm wide.
Each roll of the digiMARK poster paper is 50m long.
This particular poster paper is 200grams per square meter.
The digiMARK solvent poster paper has a semi matt finish.
The poster paper has an opacity of 99.5%.
UV, Latex and solvent inks can be used on poster paper and the eco-solvent ink has limited use on the poster paper.
The digiMARK poster paper is only designed for indoor use.
It is advised to use cotton gloves when handling to prevent any contamination or finger prints. After it has been printed on, it should be left several days to full degas before lamination to prevent air bubbles forming and the overall print to delaminate.