Hazard Communication Label – Industrial Use
Clear hazard communication is critical in industrial environments where chemicals, machinery, and processes pose ongoing risks. When warning labels fade, peel, or become unreadable due to dust, cleaning agents, heat, or abrasion, safety protocols break down and compliance gaps appear. Generic labels often fail under real factory conditions. Anaika offers hazard communication label solutions engineered for industrial use, designed to maintain visibility, adhesion, and clarity across demanding manufacturing, processing, and storage environments.
Key Features
Designed for industrial hazard communication visibility
Matte, low-glare surface improves readability under factory lighting
Strong adhesion on metal, plastic, and painted surfaces
Resistant to dust, abrasion, and routine industrial cleaning
Maintains clarity in high-traffic work areas
Suitable for equipment, containers, panels, and storage zones
Compatible with digital, flexo, and thermal transfer printing
Technical Specifications
| Parameter | Details |
|---|---|
| Material | Synthetic or coated paper safety label stock |
| Adhesive Type | Permanent industrial-grade acrylic |
| Surface Finish | Matte |
| Substrate Compatibility | Metal, plastic, painted surfaces |
| Environmental Resistance | Dust, mild chemicals, abrasion |
| Print Compatibility | Digital, Flexo, Thermal Transfer |
| Thickness | 70–100 microns |
| Shelf Life | 12–18 months |
Applications
Manufacturing plants and production floors
Chemical processing units
Equipment panels and control boxes
Industrial storage and handling areas
Workplace safety and compliance signage
Hazard identification for audits and inspections
Why Choose Anaika?
Label materials selected specifically for real factory conditions
Adhesives tested for long-term bonding in high-use areas
Consistent visibility for standardized hazard communication
Custom sizes and layouts to match equipment and zones
Reliable quality for compliance-driven safety programs
Technical guidance on material selection based on exposure and usage
