edding Permanent Paint Marker White Extra Broad Chisel 4 - 15 mm Pack of 5

Bold, permanent marking for demanding surfaces

The edding 52 water-based paint marker white delivers strong, permanent marks on dark, transparent and smooth materials, ensuring legibility where contrast matters most. Its water-based paint formulation bonds to glass, metal and plastic and remains reliable at elevated temperatures, making the marker suitable for industrial and production environments. Clear, high-contrast white ink reduces rework by keeping marks visible during handling and inspection.

Compact dimensions with professional specification

Dimensions: 165 x 25 x 25 mm (H x W x D). Weight: 52 g. Nib size: 20 mm. Ink type: water-based paint in white. The included item is the edding 52 water-based paint marker white. The marker is permanent and not erasable. These concise specifications allow easy planning for storage, transport and use on the workshop bench.

Fast coverage and controlled line variation from one nib

A chisel nib of 20 mm and extra broad width achieves wide strokes for rapid coverage while allowing precise edges when held on its side. The nib geometry produces strong, opaque layers in a single pass, which shortens marking time on large surfaces and enables crisp lettering or block fills without multiple retraces.

Refillable design that supports continuous operation

Refillable construction extends time between replacements and reduces interruptions on busy lines. The white barrel and black cage create a clear visual distinction between ink and grip, aiding quick identification among other tools. Permanence of the ink combined with refillability delivers dependable marks over extended use.

Built for professionals and industrial applications

Designed for production, signage and maintenance tasks, this paint marker meets the demands of workshop and factory settings. The combination of robust, high-visibility white ink, an extra broad chisel tip and compact handling makes it a practical choice for operators needing consistent results on glass, metal and plastic under challenging conditions.