Chalk stick Topex Kreda 115 g red — Topex 30C617

Topex Kreda 115 g red is a solid red chalk stick designed for visible, temporary marking in carpentry, masonry, tiling and general layout work. The compact 115 g block produces clear red lines on wood, cement, brick and many other surfaces where a durable yet removable mark is required. The product is supplied as a single-colour, easy-to-hold stick that enables straightforward manual marking on job sites and in workshops.

Advantages

The chalk stick delivers high-contrast red marks that remain visible during cutting, measuring and aligning operations while being simple to remove when no longer needed. Its solid form reduces breakage compared with thinner chalk rods and provides consistent coverage for repeated use. The size and weight make the stick comfortable to handle and suitable for a variety of marking tasks without additional holders or carriers.

Suitable for

• Marking wood for sawing, drilling and joinery
• Layout lines on masonry, bricks and concrete surfaces
• Tiling alignment and cutting guides
• Temporary markings for measuring and installation work

Key specifications

• Form: solid chalk stick
• Colour: red
• Weight: 115 g
• Recommended surfaces: wood, masonry, concrete, tile
• Application: manual hand marking

How to use

Hold the Topex red chalk stick directly in the hand and apply light to moderate pressure to draw lines or marks on the target surface. For thin, precise lines use the stick edge; for broader marks use the flat face. Remove residual chalk dust with a brush, cloth or compressed air. For permanent sealing or protection of marked surfaces, use appropriate finishing products after marking and fabrication.

Usage recommendations

Store the chalk stick in a dry place to prevent crumbling and keep it away from direct moisture. Wear suitable protective equipment such as safety glasses and a dust mask when producing dust during heavy marking, cutting or grinding. Test on an inconspicuous area if uncertain about removability on a specific surface.