Product details
Product information
At a glance
Catalogue details
- Catalogue configurations
- 1
Documents and compliance
Request the current approved file using this product's SKU before relying on a certificate, datasheet or compliance claim.
Poor visibility of upcoming road changes can lead to abrupt braking and hazardous site conditions. This Class 750x500mm aluminium sign provides the necessary advance warning to drivers, ensuring they have ample time t...
Description and applications
Poor visibility of upcoming road changes can lead to abrupt braking and hazardous site conditions. This Class 750x500mm aluminium sign provides the necessary advance warning to drivers, ensuring they have ample time to react to upcoming instructions. It is a staple for roadworks, temporary traffic diversions, and construction site entrances where clear communication is required to maintain a safe flow of vehicles.
Using Class 1 reflective sheeting, the sign ensures that critical information remains legible during low-light conditions or night shifts. The aluminium construction is chosen for its strength and resistance to the elements, meaning it won't warp or rust when exposed to harsh Australian weather. Site supervisors and traffic controllers benefit from a sign that stays secure and visible, reducing the risk of driver confusion and improving the overall safety of the work zone for ground crews.
This specific model is manufactured from aluminium and measures 750x500mm. These specifications make it a reliable choice for any operation requiring high-visibility road signs to prevent driver error and maintain site safety.
Features
- Class 1 reflective sheeting for enhanced visibility
- Constructed from durable aluminium
- 750x500mm dimensions for clear communication
- Designed for road and traffic safety applications
Specifications
| Size | 750x500mm |
| Material | Aluminium |
Delivery, freight and returns
Delivery options depend on the product, quantity and postcode. Review delivery information or ask us to confirm bulky-item and site-access requirements.