Mitigate workplace risks and ensure your safety protocols are clearly understood with this Zero Tolerance Policy sign. It provides an unambiguous message that sexual harassment, racism, and aggression are unacceptable, which is a crucial element of your risk management strategy. Displaying this sign prominently helps ensure safety compliance and serves as a vital visual aid for HR policies, protecting your staff and business. Clear signage is a simple, effective measure often reviewed during health and safety audits.
Zero Tolerance Safety Sign Key Features
- Essential for reinforcing health and safety compliance policies
- Clear, bold text helps to mitigate risks of unacceptable behaviour
- Available in multiple sizes for optimal visibility in different areas
- Choose from versatile Self Adhesive Vinyl or robust Rigid Plastic
- A fundamental component for passing workplace safety audits
Information Sign Specifications
| Size | 400mm x 300mm, 600mm x 450mm |
| Material Options | Self Adhesive Vinyl, 1mm Rigid Plastic |
Common Information Sign Applications
- Public-facing service counters and desks
- Construction site offices and welfare facilities
- Healthcare waiting rooms and clinical areas
- Factory floors and manufacturing environments
Available Materials
Self Adhesive Vinyl
Featuring a premium repositionable backing, our self-adhesive vinyl is perfect for a quick and simple installation. It adheres perfectly to any smooth, clean surface such as glass, painted walls, or metal, and can be removed without causing damage or leaving residue.
Opt for Self Adhesive Vinyl for a quick, bubble-free application on smooth interior walls and doors.
1mm Rigid Plastic
This sign is made from 1mm thick rigid PVC, offering a lightweight yet shatterproof solution suitable for indoor or sheltered outdoor environments. Its durable surface resists wear and tear, and it can be easily mounted with either screws or adhesive for a permanent fixture.
Select Rigid Plastic for a durable, long-lasting sign suitable for a wide range of wall surfaces.
