GBC Matt Laminating Pouches A4 2x75 Micron 100 pcs

GBC Matt Laminating Pouches A4 (216 x 303 mm) are designed for professional encapsulation of standard A4 documents with additional margin for easy alignment and trimming. Each pouch has a matt, non-reflective finish and a total thickness of 2x75 microns, providing durable protection against dirt, moisture and finger marks. Supplied in a pack of 100, these pouches are suitable for frequent or bulk lamination tasks.

Advantages

The matt laminate surface is non-reflective, writable and has a silky touch while minimising copy off-setting. Pouches are totally water-resistant and long lasting; laminated items will typically last a year or more depending on environmental conditions and laminate gauge. The oversize A4 format allows easy paper alignment and the pouches can be trimmed to fit non-standard sizes or shapes.

Suitable for

• Protecting frequently handled notices, signs and reference sheets
• Preparing presentation materials, reports and handouts
• Archiving documents that require a non-glare writable surface
• Bulk lamination tasks in offices, schools and copy shops

Key specifications

• Brand: gbc
• Model / MPN: 250-08332
• EAN: 33816067363
• Size: 216 x 303 mm (oversize A4)
• Thickness: 2 x 75 micron
• Finish: Matt (non-reflective)
• Quantity: 100 pouches per pack

How to use

Insert a single sheet or up to the recommended thickness of documents centrally into the pouch, using the extra margin to align the paper. Feed the sealed edge first into a compatible laminator according to the laminator manufacturer's instructions and recommended temperature for 75 micron film. After lamination, allow the pouch to cool flat before trimming edges if a smaller size is required.

Recommendations

For best results use a laminator compatible with 150 micron total pouch thickness (2 x 75 micron) and follow the laminator's temperature and speed settings. Store unopened pouches flat in a cool, dry place away from direct sunlight. Trim only after the laminated sheet has fully cooled to avoid edge separation.