ALUMINUM DUST

Danger signage identifies immediate hazards that, if not avoided, will result in serious injury or death, and is required in high-risk industrial and regulated environments.

This ALUMINUM DUST, ANSI-style Danger sign identifies areas where combustible metal dust may accumulate and create explosion hazards if dispersed and exposed to ignition sources. Proper hazard communication supports dust control and housekeeping programs.

Unlike printed, painted, or laminated signs, Color Core HDPE will not rust, rot, or degrade over time. Each sign is CNC-machined from Color Core HDPE, a solid, non-laminated material consisting of a contrasting core color sandwiched between two uniform surface layers. All text, symbols, and graphics are precision-carved, permanently exposing the core color — eliminating the risk of peeling, delamination, fading, or adhesive failure.

All signs are produced in-house using controlled CNC processes to ensure consistent quality, clean edges, and repeatable results across all SKUs and size variants.

Key Features

ANSI-style Red / White hazard color scheme

CNC-carved graphics — no vinyl, ink, or overlays.  The exterior is red matte finish, and the interior core (carved lettering) is white.

Solid Color Core HDPE construction.

Resistant to moisture, chemicals, and corrosion.

Easy to clean according to your facility’s internal SSOPs.

Mounting holes included (quantity varies by size)

Available Sizes

10" × 14" (SKU: DAN-AD-1014)
12" × 18" (SKU: DAN-AD-1218)

Typical Applications

Metal fabrication facilities

Aerospace manufacturing

Powder coating operations

Industrial machining environments

Compliance & Manufacturing Notes

Designed in accordance with ANSI Z535 visual communication principles

Intended for use in OSHA-regulated and cGMP-controlled facilities

Manufactured from Color Core HDPE using CNC machining

Non-laminated, non-printed construction for permanent contrast

Suitable for indoor and controlled outdoor environments

Final determination of regulatory suitability remains the responsibility of the facility safety or compliance authority.