Add to ORKGIn co-operation with the University of Helsinki and the University of Joensuu, VTT has developed starch based non-mineral paper pigments to replace mineral pigments. Pilot scale coating and filler trials were performed at the Western Michigan University pilot facilities. Coating results with developed starch pigments show that the novel non-mineral pigments have a potential to give good surface properties for coated paper grades. The filler trials show that paper strength properties can be improved without having an influence on other paper properties
One of the most important factors affecting the printing quality of printing processes is the surfac...
The basic processes applied to provide better printability for paper are surface coating and sizing ...
Two different applications were created using novel pilot scale surface treatment equipment to exten...
In co-operation with the University of Helsinki and the University of Joensuu, VTT has developed sta...
In co-operation with the University of Helsinki and the University of Joensuu, VTT has developed sta...
VTT, together with Universities of Helsinki and Joensuu is developing starch based non-mineral paper...
The results from the coating trials show that after calendering, the starch pigment is as good as th...
Starch-based pigmenting materials with improved optical performance have been prepared in the labora...
Development of biodegradable fillers for paper was aimed in this master’s project. Three different ...
The preparation of highly porous starch acetate particles suitable for filler for paper was studied ...
Non-ionic and anionic modified starch polymers with various functional groups and degree of substitu...
Starch and derivatives thereof have proven their usefulness in paper coating processes. Among these ...
This paper presents three different cases where novel pilot scale surface treatment line has been us...
Previously, we have shown that coatings formulated with fumed silica pigments are capable of produci...
Coated inkjet paper is one of essential factors that dominate inkjet print quality. Coating pigments...
One of the most important factors affecting the printing quality of printing processes is the surfac...
The basic processes applied to provide better printability for paper are surface coating and sizing ...
Two different applications were created using novel pilot scale surface treatment equipment to exten...
In co-operation with the University of Helsinki and the University of Joensuu, VTT has developed sta...
In co-operation with the University of Helsinki and the University of Joensuu, VTT has developed sta...
VTT, together with Universities of Helsinki and Joensuu is developing starch based non-mineral paper...
The results from the coating trials show that after calendering, the starch pigment is as good as th...
Starch-based pigmenting materials with improved optical performance have been prepared in the labora...
Development of biodegradable fillers for paper was aimed in this master’s project. Three different ...
The preparation of highly porous starch acetate particles suitable for filler for paper was studied ...
Non-ionic and anionic modified starch polymers with various functional groups and degree of substitu...
Starch and derivatives thereof have proven their usefulness in paper coating processes. Among these ...
This paper presents three different cases where novel pilot scale surface treatment line has been us...
Previously, we have shown that coatings formulated with fumed silica pigments are capable of produci...
Coated inkjet paper is one of essential factors that dominate inkjet print quality. Coating pigments...
One of the most important factors affecting the printing quality of printing processes is the surfac...
The basic processes applied to provide better printability for paper are surface coating and sizing ...
Two different applications were created using novel pilot scale surface treatment equipment to exten...