No ball games allowed sign
Maintain order and prevent unwanted activity in shared spaces with our clear and effective "No Ball Games Allowed" sign. Designed to deter ball games in areas where noise, damage, or safety concerns are an issue, this sign is ideal for housing estates, private property, schools, car parks, and communal grounds.
Constructed from durable, weather-resistant 3mm foamex, it is suitable for both indoor and outdoor use. The bold text and easy-to-read design ensure the message is visible from a distanc...Full description
Maintain order and prevent unwanted activity in shared spaces with our clear and effective "No Ball Games Allowed" sign. Designed to deter ball games in areas where noise, damage, or safety concerns are an issue, this sign is ideal for housing estate...Full description
Maintain order and prevent unwanted activity in shared spaces with our clear and effective "No Ball ...Full description
- Model Code:
- Size:
- 200x300mm
- Material:
- SAV
- Orientation:
- Pack Qty:
1+ |
---|
0.00 |
NBG1CA | 600mm x 340mm | 3mm Foamex |
30.00 (inc VAT 36.00) |
Code | Size | Material | 1+ |
---|
600mm x 340mm 3mm Foamex |
30.00 (inc VAT 36.00) |
Size / Material | 1+ |
---|
Maintain order and prevent unwanted activity in shared spaces with our clear and effective "No Ball Games Allowed" sign. Designed to deter ball games in areas where noise, damage, or safety concerns are an issue, this sign is ideal for housing estates, private property, schools, car parks, and communal grounds.
Constructed from durable, weather-resistant 3mm foamex, it is suitable for both indoor and outdoor use. The bold text and easy-to-read design ensure the message is visible from a distance, helping to enforce site rules and reduce anti-social behaviour.
These are CLEARANCE items overs sold in (pack of 5) 3mm Foamex only
Materials available for this product

3mm Foamex
- Description:
3mm Foamex Plastic full descrioption in here
- Thickness:
- 3mm
- Fixing Options:
- Can be screwed or glued
*indicates your currently selected material