Protect delicate electronic and sensitive items during transit with this reliable anti-static bubble wrap roll. Designed to dissipate static charge, it helps reduce the risk of electrostatic damage.
Available in a choice of roll widths, this cushioning wrap is ideal for lining boxes, wrapping individual products, and filling voids to minimise movement and impact.
Product Features
- Anti-static properties to help protect electronic components and devices
- Lightweight cushioning to reduce impact and vibration during handling and transport
- Flexible material that conforms easily around irregular shapes
- Ideal for void fill, wrapping, and interleaving between items
- Supplied in multiple roll widths for different packing tasks
Key Specifications
| Product type | Anti-static bubble wrap roll |
|---|---|
| Roll width options | 300 mm, 500 mm, 750 mm, 1500 mm |
| Usage | Packaging filler, void fill, and protective wrapping |
| Price range | £270.00 - £270.00 |
| Variants available | 4 roll width options |
Applications
- Packing and protecting electronic components and circuit boards
- Cushioning small to large items in cartons to prevent movement
- Wrapping sensitive equipment and accessories for storage or shipping
- Layering between products to avoid scratching and abrasion
Frequently Asked Questions
What is the benefit of using anti-static bubble wrap instead of standard bubble wrap?
Anti-static bubble wrap is formulated to help dissipate static electricity, reducing the risk of electrostatic discharge that can damage sensitive electronic components and devices.
Which roll width should I choose for my packing operation?
Select the roll width that best matches the size of the items and boxes you pack most often. Narrower rolls suit small items and detailed wrapping, while wider rolls are ideal for larger products and lining cartons.
Can this bubble wrap be used as void fill as well as for wrapping?
Yes, the bubble wrap can be used both to wrap individual items and to fill empty spaces in boxes, helping to prevent movement and absorb shocks during transit.