Plastic string bag Office Products 190x250 mm LDPE, 100 pcs, transparent

Office Products plastic string-closure bags are made from low-density polyethylene (LDPE) and measure 190 × 250 mm. This pack contains 100 transparent reusable bags designed for storing and transporting documents and small items. The bags feature a built-in string/tie closure that secures contents without adhesive, offering a lightweight, flexible protective solution for office, school, warehouse or home use.

Advantages

The LDPE material provides flexibility, tear resistance and basic moisture protection while remaining lightweight. The transparent design allows quick visual identification of contents. The simple string/tie closure enables repeated opening and closing without losing sealing function, making these bags suitable for repeated use. A consistent size of 190 × 250 mm fits standard documents, small folders and a variety of loose items.

Suitable for

• Storing and transporting A5 documents and small paper sets
• Organizing receipts, cards and small stationery items
• Protecting samples, components or spare parts in warehouses
• School supplies and classroom handouts
• Home organization of manuals, warranties and small accessories

Key specifications

• Material: low-density polyethylene (LDPE)
• Dimensions: 190 × 250 mm
• Color: transparent
• Closure type: string/tie closure (reusable)
• Pack quantity: 100 pieces
• Typical properties: flexible, lightweight, tear-resistant

How to use

Place the items or documents inside the bag and fold the open edge over if needed. Pull the attached string through the eyelets and tie or loop it to secure the opening. For repeated use, untie the string, remove or add contents, then retie. Store the bags flat in a dry place when not in use to preserve shape and ease of handling.

Usage recommendations

For longer-term protection against dust and moisture, combine these LDPE bags with additional sealed packaging for sensitive items. Avoid exposing the bags to sharp objects or prolonged direct sunlight to reduce the risk of material degradation.