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To extend its research and development projects on polymer nanoparticles, TopChim n.v. has signed an agreement with the “Institute for the promotion of Innovation by Science and Technology in Flanders” (IWT) and the “Centre for Materials Science and Engineering” (CMSE) of Ghent University.
Over the past 6 years TopChim has been developing SMI (Poly Styrene Maleimide) nanoparticles as a coating component for the paper, cardboard and packaging industry. After a successful market release of the first range of patented NanoTope 26 SMI nanoparticles, TopChim decided to invest in a more in-depth fundamental research programme for SMI nanotechnology.
The “Institute for the promotion of Innovation by Science and Technology in Flanders” (IWT) decided last July to grant the consortium of TopChim n.v. and the “Centre for Materials Science and Engineering” (CMSE) an important governmental funding to start up a three-year research and development project for SMI nanoparticles.
This project, starting in September 2008, has a total budget of 900,000 Euro and aims for a better understanding of the chemistry and physics at the nano level of the SMI nanoparticles. The main aspect of the program is to broaden insight into the physical characteristics of the nanoparticles such as shape, size and uniformity. Interaction with minerals and substances from renewable sources is another focus.
TopChim has two objectives for the scientific results gathered after the completion of this research programme. The first objective is to enable further development of coatings for paper, cardboard and packaging, to improve printability, brightness, barrier performances and ecological impact. The second objective is to start searching for new applications in other industries where SMI nanoparticles may improve performances for surface treatment, material reinforcement and material interaction.
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In collaboration with experimentalists from Ghent University, Belgium and Utrecht University, Netherlands, researchers at the Nanoscience Center (NSC) at the University of Jyväskylä, have recently discovered that the choice of a support material for model catalysts, made from gold nanoclust ... more
Glowing material remembers where it was pressed
Think of the blade of a wind turbine or a part of an airplane. After a heavy storm, you want to investigate whether it has been hit by hail stones or loaded beyond a certain threshold, even if no clear damage is visible. Researchers from Ghent University in Belgium have developed a pressure ... more
Green light for a new generation of dynamic materials
Developing synthetic materials that are as dynamic as those found in nature, with reversibly changing properties and which could be used in manufacturing, recycling and other applications, is a strong focus for scientists. In a world-first, researchers from Queensland University of Technolo ... more
Cargill and Topchim: Strategic partnership to produce a sustainable line of products in Brazil
Cargill and Topchim announced their strategic partnership to produce a sustainable line of products in Brazil to be used for paper and board applications. The first product is called TopScreen DS13, a product made mainly from vegetal sources, which when applied on a paper surface, result in ... more
TopChim is an established research-driven chemical company, specialising in paper and cardboard coating technology, based in Belgium and Brazil, operating in Europe and Latin America. The company applies the latest technologies in chemical science to develop high-performance ecological coat ... more
