Netzsch: Grinding Mill

June 29, 2001

This company’s Grinding and Dispersion division manufactures a CUM Universal Mill. The high flexibility of the mill allows efficient processing of materials between 50-2000 micrometers.

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In this webinar, we will demonstrate how silane and silicone technologies can modify polyaspartic chemistries to increase performance characteristics of traditional metal coating finishes. In particular, we will highlight technical capabilities of glycolic silane technology that can enable coating system formulations to be virtually free of latent alcohol or other VOC emissions.

This webinar will discuss the different chemistries of fluorosurfactants and other additives and how this affects their performance in coatings. Fluorosurfactants are multifunctional and direct one-for-one replacement is rarely possible, but careful selection of additive combinations can achieve comparable performance in different coatings formulations.

PCI eMagazine

2021 April

Our April issue features three articles on pigments and color technology, as well as an article on water-based epoxy technologies for metal coating applications, new research on an innovative coating additive made from amphiphilic Janus particles that can alter the surface properties of a waterborne coating system, and much more.

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Netzsch: Grinding Mill

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