Eckart: New Next-Generation Aluminum Pigment

Created by OM Special TopicsEckart
Eckart Versalan Aluminum Pigment
The new aluminum pigment Versalan is suitable for water-based, solvent-based, UV-curing, and 100% systems, and combines performance, safety, and sustainability (Image: Eckart)

Eckart introduces Versalan, a next-generation aluminum pigment based on high-purity, platelet-shaped pigments with an inorganic SiO₂ coating.

Building on Hydrolan technology, Versalan from Eckart addresses the growing performance, regulatory, and sustainability requirements in modern coating systems. As a free-flowing, dust-free powder, Versalan enables clean handling, precise dosing, and reliable processing, thereby supporting efficient production processes across various industries. According to the manufacturer, Versalan can be dispersed directly in water without pre-wetting or premixing with solvents and can be added at any stage of production. This reduces process steps, shortens production times, and enables precise adjustments to color and metallic effect while simultaneously reducing solvent use. Optimized flow properties and a tailored additive package ensure excellent wetting and improved flowability compared to conventional aluminum pastes. The result is cleaner processes, a lower risk of contamination, and consistent product quality.

Aluminum Pigment Not Classified as a Hazardous Material

With a VOC content of less than 5% and no classification as a hazardous material, Versalan supports safer handling, simplified transport, and compliance with regulatory requirements. Its low flammability further improves safety and eliminates the need for hazardous materials logistics. Solvent-free transport reduces complexity and costs in logistics. Improved wetting and a high aluminum content support efficient pigment utilization. Versalan is available in several particle sizes and enables metallic effects ranging from intense sparkle to non-textured effects. This formulation is suitable for automotive OEM and refinish coatings, industrial coatings, plastics, UV-curing systems, and processes such as RIM, FIM, and wrapping.

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