Materials & Environment

The research area covers the properties of individual materials (e.g. printing inks, substrates) and their behaviour in the printing process (e.g. curing, change of properties due to the printing process) as well as the interaction of individual components (e.g. adhesion, emulsion formation). Furthermore, environmental compatibility and energy optimisation are important topics.

Mineral oil

Since the publication of the suspected mineral oil contamination of chocolate from Advent calendars 2012 in Germany, the topic has become a focal point in the german printing industry and thus also in Fogra's research activities. UBA report (German version with English summary) available free of charge.

Corrosion

As a result of its many years of activities in the field of the certification of fountain concentrates, Fogra has built up considerable expertise in the area of corrosion and has repeatedly dealt with this topic in research projects.

UV printing

Fogra has been accompanying the development of radiation-curing printing inks for a very long time with a large number of research projects and invites the industry to the established Forum UV printing (“Anwenderforum UV-Druck”) every two years to discuss the latest trends and findings.

Visual and metrological characterization of metallic effects to increase process reliability in packaging printing

Prepress technology 06/01/2022

The aim is to clarify which properties in human perception are responsible for the expression of the metallic effect.

Printing standard for seven-colour offset packaging printing

Offset printing 09/01/2021

The aim is to characterise OGV printing inks, folding boxboard and label papers on the market using laboratory techniques.

Material compatibility and deinking of mineral oil free Coldset inks

Offset printing 03/01/2021

The aim is to improve the deinkability of mineral oil-free newspaper inks and to establish a new reference set for the swelling behavior.

On-demand inactivation

Materials & Environment 02/01/2021

An antimicrobial hydrogel is to be developed.

Communication of characteristic values describing the metallic appearance of prints

Offset printing 10/31/2020

Objective parameters are to be established that correlate with the visual impression of printed metal surfaces.

Mackle and CO2 savings through paper-dependent pre-adjustment of sheet-fed offset presses

Offset printing 09/01/2020

The aim is to establish a new paper characteristic value that allows to predict the expected solid tone densities and tone value increases.

Laboratory method for the practical and reproducible determination of the residual strength of papers for heatset web offset printing

Offset printing 03/31/2020

Within the scope of the research project, an already existing laboratory method for testing the residual strength is to be further developed.

Development of a printable primer system for direct glass printing

Materials & Environment 11/01/2018

The adhesion of UV-curable inkjet prints on glass bottles has not yet been satisfactorily solved. This is the point research starts.

Modelling the printing behaviour in sheet-fed offset printing on the basis of measurable paper properties

Offset printing 04/30/2018

The paper-side factors influencing solid tone colouring and tone value increases in sheet-fed offset are to be determined.

Technical Committee Material & Environment (1/2023)

Materials & Environment 05/23/2023

The spring meeting of the Technical Committee Material & Environment takes place on 23th Mai 2023.

Technical Committee Materials & Environment (2/2022)

Materials & Environment 11/23/2022

The autumn meeting of the Technical Committee Material & Environment takes place on 23rd November 2022.

Dr Philipp Stolper

Head of Materials & Environment

+49 89 431 82 - 354

Get in touch

Your contact

Please simply contact me if you are interested in participating in the Technical Committee “Materials & Environment” or in a Project Advisory Group to cooperate with us in ongoing research projects and be part of the progress process as it happens.