Printing technology undergoes continuous development, with regard to both machine design and process operation, which in turn poses new demands on the material properties needed to stand the pace.

All printing processes require control of the dynamic interactions between press or delivery system, ink and paper. Printing research must build from a foundation of common knowledge of surface chemistry to analyze the generic phenomena such as ink wetting, spreading, leveling, merging, diffusion, absorption, drying etc. within the specific context and demands of each particular printing process.

The research area is of special interest to:

  • The pulp and paper industries and their chemical and machine suppliers
  • The graphic arts industry and their ink and machine suppliers
  • The converting and packaging industries and their customers.
Activities include
  • Stability, rheology and surface tension of inks
  • Wetting, spreading and penetration of liquid inks (inkjet, flexography) on paper
  • Adsorption of ink dyes and binder polymers to paper
  • Printed functionality, for example as sensors or indicators

The packaging and converting area is of growing importance. The relation between printing and packaging is natural because they are inherently linked; most packages are printed and several printing techniques is often used on the same package.

Inkjet Technique

The inkjet technique continues to receive the most attention in our printing area, due to its enormous and still largely unrealised potential in commercial printing and the paramount importance of surface chemistry in steering the print result.» Read more...

Interfacial and Surface Modification Technologies

We specialize in Cleantech solutions within Interfacial and Surface Modification Technologies that deliver enhanced energy efficiencies, enhanced environmental profiles and superior performance/cost ratios.» Read more...
SP Chemistry, Materials and Surfaces, Box 5607, SE-114 86 Stockholm, Sweden Phone +46 10 516 5000, E-mail