NEO tools 13-956 writing chalk 1 pc(s)

NEO tools 13-956 writing chalk is a single-piece technical chalk designed for clear, durable surface marking. With a depth of 85 mm and a formulation that produces a stronger trace than standard chalk, it is suitable for marking on a variety of materials including metal, wood and masonry. The product is intended for professional use where long-lasting visibility and resistance to heat are important.

Advantages

The chalk's unique chemical composition produces a bolder, more visible line that lasts longer than ordinary chalk marks. Its enhanced resistance to high temperatures makes it suitable for applications that involve heating or welding processes. Compact and easy to handle, the single-piece format provides straightforward use and reliable performance on work sites.

Suitable for

• Marking steel and metal parts before welding
• Layout and cutting marks on wood and boards
• Temporary markings on masonry and concrete
• Construction, fabrication and mechanical workshops

Key specifications

• Form: Solid stick (single piece)
• Depth/length: 85 mm
• Trace characteristics: Strong, highly visible mark
• Temperature resistance: Suitable for marking in high-temperature environments such as welding
• Typical applications: Metalworking, carpentry, masonry

How to use

Hold the chalk firmly and apply moderate pressure to create a visible line on the target surface. For metal parts, mark before heating or welding to ensure the line remains legible during the process. On dusty or wet surfaces, wipe or dry the area where possible to improve adherence of the mark. Replace with a new piece when the chalk becomes too short to hold comfortably.

Usage recommendations

Store the chalk in a dry place and away from direct heat sources. For safety during welding, verify that markings are applied in locations that will not interfere with weld quality and remove any loose residue after the operation. Use appropriate personal protective equipment when working in high-temperature or industrial environments.