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Emtec Electronic with its innovations at the IMPS 2019 in Munich
Also this year, emtec Electronic GmbH will have a booth at the International Munich Paper Symposium from March 27th to 29th. The company will present a variety of testing instruments by which the complete production process can be controlled and guided in the right direction. From the wet end to the finished product, the application of the equipment enables an efficient process, to get the best possible quality with the lowest possible costs.
The ACA Ash Content Analyzer enables the determination of the mineral filler content without combustion, that means without destruction of the samples, within seconds. Both, the total mineral filler content, as well as the individual filler components (e.g. calcium carbonate, kaolin/talcum, titanium dioxide, iron oxide) and their percentage distribution are measured.
Furthermore, the CAS touch! to measure the particle charge and the FPA touch! to measure the surface charge of fibers (zeta potential) will be displayed at the booth. Both devices help to get information about the efficiency of the chemicals, which are added during the paper, board and tissue production.
Besides this, the EST12 emtec Surface & Sizing Tester is shown. A device to determine important and for the converting relevant paper surface properties such as surface hydrophobia / sizing as well as the surface porosity, which influence printability, coatability and gluability of paper and board.
Especially for tissue and nonwoven products, the TSA Tissue Softness Analyzer gives reliable and objective information about the three basic parameters, which determine the human feeling, the softness, roughness and stiffness. From these three, an overall hand feel value can be calculated. The availability of these values opens a huge amount of chances to optimize the tissue production and converting processes. New for hand sheet measurements: an updated version of the TSA and an improved measuring method for hand sheets (made in the lab) enables a reliable prediction of the final product quality in the lab without expensive trials at the tissue machine.