Create stylish, bound documents and reports with this pack of flexible and robust 6mm GBC binding wires. Made from tough metal to create a double wire construction, these binding wires allow 360 degree rotation of pages and enable them to lie flat for photocopying and note taking. Compatible with the GBC WireBind binding machines these A5 combs are capable of binding up to 55 sheets. This pack contains 100 black binding wires.
- General
- Create stylish, bound documents and reports with this pack of flexible and robust 6mm GBC binding wires. Made from tough metal to create a double wire construction, these binding wires allow 360 degree rotation of pages and enable them to lie flat for photocopying and note taking. Compatible with the GBC WireBind binding machines these A5 combs are capable of binding up to 55 sheets. This pack contains 100 black binding wires.
| Type | Binding Machine Supplies |
| Manufacturer | ACCO Brands |
| Brand | GBC |
| Colour | Black |
| Material | Metal |
| Form | Binding Wires |
| Eco-Aware | Yes |
| Recycled Product | Up To 50% Recycled Material |
| Binding | Wire Binding |
| Weight | 470g |
| Document Size | A4 |
| Max Capacity | 55 Sheets |
| Diameter/Spine Width | 6mm |
| Number of Rings | 34 Loop |
| Profile | Round |
| Paper Size | A4 |
| Sheet Capacity | 55 |
| Biodegradable Information | No |
| Country of Origin | Portugal |
| Depth (mm) | 315 |
| Height (mm) | 315 |
| OEM | RG810410 |
| Width (mm) | 173 |
| ISO 14001 (Y/N) | Yes |
| Biodegradable | No |
| Filing Capacity (mm) | 6 |
| Capacity - Paper Sheets | 55 |
| Max Sheet Capacity | 55 |
| No of Loops | 34 |
| Pitch | 3:1/34 |
| Binding Comb Size (mm) | 6 |
| Number of Loops | 34 |
| Binds up to 55 A4 sheets |
| Capacity: 6mm |
| Colour: Black |
| Flexible: ideal for both square or round 3:1 pitch hole options |
| Pack of 100 binding wires |
| Pages are permanently bound and tamper-proof |
| Pages will lie flat and rotate 360 degrees |
| Suitable for GBC WireBind binding machines |
| Tough metal double wire construction to minimise flexing |