NEO tools 13-954 writing chalk 1 pc(s)

NEO tools 13-954 writing chalk is a single-piece technical marker designed for durable and highly visible surface marking. With a compact depth of 85 mm and lightweight construction, this chalk delivers a stronger trace than regular chalk, making it suitable for marking a variety of materials. Its chemical composition provides improved adhesion and longevity of marks, and it withstands elevated temperatures, enabling reliable identification of metal parts prior to welding and other heat processes.

Advantages

The enhanced formula produces a bolder, longer-lasting line compared with standard chalk, reducing the need for repeated markings. Its resistance to high temperature preserves marks when working with steel and other metals subjected to heat. The chalk’s compact size and light weight make it easy to handle and transport for on-site use, while the consistent composition ensures reproducible marking results for professional workflows.

Suitable for (tasks / use cases)

• Marking metal components before welding, cutting, or machining
• General layout and alignment on construction sites and workshops
• Temporary marking on wood, concrete, and masonry
• Identification and labeling of parts during assembly and repair

Key specifications

• Depth: 85 mm
• Weight: 72 g
• Quantity per pack: 1 piece
• Enhanced chemical composition for stronger trace and improved adhesion
• Heat-resistant formula suitable for marking metal parts exposed to high temperatures

How to use

Remove the writing chalk from its packaging and hold it at a slight angle to the surface to obtain a clear, continuous line. Apply moderate pressure to create marks with optimal visibility; for finer lines, use a lighter touch. On dusty or oily surfaces, wipe the area before marking to improve adhesion. After use, store the chalk in a dry place to maintain its consistency.

Usage recommendations

For best results on steel and other metals, mark prior to heat treatment or welding and verify visibility after any cleaning process. When using on porous materials such as wood or concrete, test on a small area to confirm the desired contrast and durability.