Protect bulky or heavy items with these robust triple wall slotted cardboard boxes made from recycled materials. Supplied in a pack of 5, they offer reliable protection during storage or transit.
The generous internal dimensions make these cartons ideal for larger contents, while the eco-conscious construction helps reduce environmental impact. A practical choice for warehouses, dispatch areas and general industrial use.
Product Features
- Heavy-duty triple wall board for excellent crush and impact resistance.
- Manufactured from recycled materials to support sustainable packaging practices.
- Spacious internal height and width for accommodating bulkier items.
- Supplied flat packed for efficient storage when not in use.
- Simple slotted design for quick assembly with tape.
- Pack of 5 boxes for consistent, repeatable packing operations.
Key Specifications
| Product type | Triple wall slotted cardboard box |
| Material | Recycled cardboard |
| Internal height | 400 mm |
| Internal width | 400 mm |
| Pack quantity | 5 boxes |
| Price range | £162.60 per pack (indicative) |
Applications
- Packing and shipping bulky or heavy products from warehouses and distribution centres.
- Secure storage of goods in stockrooms, workshops and archives.
- Protective outer carton for fragile or high-value items.
- Consolidating multiple smaller boxes into a single strong container.
Frequently Asked Questions
Are these boxes suitable for heavy items?
Yes, the triple wall construction provides enhanced strength and rigidity, making them suitable for heavy or dense items when used with appropriate packing materials and sealing tape.
Do the boxes come assembled or flat packed?
The boxes are supplied flat packed to save storage space. They are easily assembled by folding along the scored lines and sealing with tape.
Are these cartons recyclable after use?
Yes, the boxes are made from recycled cardboard and can typically be recycled again through standard cardboard recycling streams, subject to local recycling facilities and any contamination from use.