Markal 96923 Valve-actuated Ink Marker Bullet Tip

Product Description

The MARKAL 96923 is a valve-actuated ink marker with a bullet tip, designed for fast, legible marking across a wide range of trade and industrial surfaces. The valve-actuated mechanism delivers consistent ink flow without requiring the user to compress or prime the tip manually, reducing hand fatigue during extended marking tasks. The alcohol-base ink dries quickly and bonds to both porous and non-porous surfaces. The bullet tip profile produces a bold, clean line suitable for part identification, pipe labeling, and material staging. At 0.06 pounds, the marker is lightweight enough for all-day carry in a tool pouch or apron pocket.

This marker is suited for use on metal, cardboard, pipes and tubes, plastic, glass, lumber and timber, and polished stone and tile. It is a practical tool for plumbers marking pipe runs, HVAC technicians labeling components, electricians tagging conduit, and general trade professionals who need durable, readable marks in shop or field conditions. The alcohol-base formula is compatible with most smooth and semi-smooth surfaces encountered in mechanical and construction trades.

Key Features

• Valve-actuated design delivers consistent ink flow without manual tip priming
• Bullet tip produces bold, legible lines on varied surface textures
• Alcohol-base ink bonds to metal, plastic, glass, pipe, lumber, and polished stone
• Lightweight at 0.06 pounds for comfortable all-day carry
• Black ink color provides strong contrast on most trade surfaces

Compatibility

Designed for use on metal, cardboard, pipes and tubes, plastic, glass, lumber and timber, and polished stone and tile surfaces across general trade and industrial applications.

Installation Notes

No installation is required for this marker. Store with the cap secured to prevent ink evaporation. When marking surfaces that will be exposed to cleaning solvents or moisture, verify ink adhesion on a small test area before full use. Dispose of spent markers in accordance with local regulations for solvent-base materials.