Laminator Pouch Fellowes Matt Pouches A4 100pcs 80mµ

Fellowes Matt Pouches A4 are designed to protect, preserve and give a professional matte finish to important documents. Each pouch has a total film thickness of 80 microns, providing a balance of flexibility and durability suitable for everyday use. The pack contains 100 A4-size pouches, making it convenient for home, school or office projects where consistent lamination quality and cost-efficiency are required.

Advantages

These matt pouches reduce glare and fingerprints while maintaining legible text and accurate colour reproduction. Their 80 µm thickness offers reliable protection against moisture, dirt and wear without significantly increasing document bulk. The pouches are compatible with most thermal pouch laminators and are supplied in a handy multi-pack to minimise the need for frequent reordering.

Suitable for

• Protecting certificates, licences and important paperwork
• Preserving photographs and printed images with reduced glare
• Creating durable teaching aids, menus and presentation materials
• Long-term storage of reference sheets and instruction cards

Key specifications

• Format: A4 (suitable for A4 documents)
• Film thickness: 80 microns (total)
• Finish: matt (anti-glare)
• Pack quantity: 100 pouches
• Compatibility: for use with thermal pouch laminators

How to use

Insert the document centrally into the pouch, ensuring edges are aligned and no dust or debris remain between film layers. Preheat the laminator according to the machine manufacturer's instructions for 80 µm pouches. Feed the sealed edge first into the laminator to reduce wrinkling and ensure smooth lamination. Allow the laminated document to cool flat before trimming edges if required.

Usage recommendations

For best results, use with a thermal pouch laminator that supports 80 microns and follow the laminator's temperature guidelines. Store unopened pouches in a dry, cool place away from direct sunlight. When laminating photographs or colour prints, use a clean, dust-free surface to avoid trapping particles between layers.