Muovitasku Oxford 100206764

Made in France, the Sheet Protector Oxford 100206764 is a punched A4 pocket manufactured from durable polypropylene (PP) with a material thickness of 0.09 mm. The protector is translucent clear with a white reinforcement strip and dimensions suitable for A4 documents (210 x 297 mm), offering reliable protection and neat presentation for documents; each pack contains 100 protectors and a single pocket can hold approximately 20 sheets.

Advantages

The polypropylene construction and 0.09 mm thickness provide durability for intensive use while preserving document readability thanks to the smooth, translucent finish. The white reinforced strip strengthens the punched edge, reducing tearing in binders and improving long-term use. Standard A4 sizing ensures compatibility with folders and ring binders.

Suitable for

• Protecting and presenting A4 documents in binders and folders
• Office filing and document archiving
• School materials and classroom handouts
• Professional portfolios and project documentation

Key specifications

• Brand: Elba
• Model / MPN: 71461 (Sheet Protector Oxford 100206764)
• Material: Polypropylene (PP)
• Thickness: 0.09 mm
• Format: A4 (210 x 297 mm); pocket outer size approx. 240 x 320 mm
• Colour: Translucent clear with white reinforcement strip
• Pack quantity: 100 protectors
• Country of origin: France

How to use

Insert A4 documents into the top or side opening of the protector depending on binder orientation and then align the punched edge with the rings of your binder. Place the reinforced edge onto the binder rings to reduce stress on the punched holes. Avoid overfilling a single protector—recommended maximum is around 20 sheets—to maintain flat presentation and prevent stretching of the punched edge.

Recommendations

Store protectors flat in their original pack until use to prevent warping. For long-term archiving, keep documents away from direct sunlight and high heat to avoid gradual yellowing or deformation. Clean protectors with a soft, dry cloth; avoid strong solvents.