Élastiques WBV rouges 1000,0 g (664.468)

In busy mailrooms, offices, and warehouses, these red rubber bands keep documents, cables, and packaging securely bundled without slipping. The WBV 664.468 pack provides a generous 1000 g of natural rubber bands in a classic ring shape, offering high elasticity and tear resistance for daily bundling tasks. The bright red colour makes them easy to spot in drawers or on desks, while the bulk packaging ensures you always have a band on hand.

Key specifications

• Material: Natural rubber
• Colour: Red
• Pack weight: 1000 g (1.0 kg)
• Shape: Ring
• Elasticity: High, with excellent stretchability
• Durability: Tear-resistant and reusable
• Application: Office, home, industrial, and packaging
• Biodegradable: Yes (natural rubber)
• Latex content: Contains latex
• Storage: Cool, dry place away from direct sunlight

Why choose it

These rubber bands offer a reliable, cost-effective solution for securing items of various sizes. Their natural rubber composition provides a strong, consistent grip that returns to shape after stretching, reducing the need for frequent replacements. The red colour adds visibility, preventing loss and aiding organisation. The bulk 1000 g pack is ideal for high-volume users, ensuring long-lasting supply and reducing packaging waste compared to smaller packs.

Ideal use cases

• Bundling envelopes, folders, and paperwork in offices
• Securing cables, cords, and small tools in workshops
• Packaging products in retail or shipping departments
• Organising household items like pens, bags, or produce
• Industrial applications requiring strong, reusable bands

Good to know

Natural rubber bands may have a characteristic odour and contain latex, which can cause allergic reactions in sensitive individuals. Store them in a cool, dry place to maintain elasticity and prevent degradation. While they offer moderate UV resistance, prolonged exposure to sunlight or chemicals should be avoided. These bands are biodegradable, making them a more environmentally friendly choice compared to synthetic alternatives.