Q-CONNECT Bubble Mailers White Size 7-G 250 x 350 mm Pack of 10

Product

The Q-CONNECT Bubble Mailer Size 7-G is a white padded envelope designed for secure shipping of documents, small goods, and fragile items. Sold in a pack of 10, it combines lightweight cushioning with reliable protection during transit.

Specifications

• Constructed from 75 g/m² white kraft paper with an interior bubble lining for shock absorption
• Internal dimensions of 230 x 340 mm (external dimensions approximately 250 x 350 mm)
• Self-seal peel-and-stick closure strip for quick and secure sealing
• FSC Mix certified, confirming responsibly sourced paper materials
• Made from a minimum of 50% recycled material
• Fully recyclable, supporting environmentally conscious shipping practices
• Lightweight construction helps minimize postage costs without compromising protection

Usage

Peel back the protective strip on the flap to reveal the adhesive band. Insert your item into the envelope, ensuring it sits within the bubble-cushioned interior. Press the flap firmly against the body of the mailer to create a secure, tamper-evident seal. The bubble lining absorbs impacts during handling and transport, making these mailers suitable for shipping photographs, books, electronics accessories, and other items that require gentle protection.

FAQ

1. What are the internal dimensions of this bubble mailer? The internal dimensions are 230 x 340 mm, which corresponds to the standard Size 7-G format.
2. How many bubble mailers are included in one pack? Each pack contains 10 bubble mailers.
3. Is this product recyclable? Yes, the mailer is fully recyclable and is made from a minimum of 50% recycled material. It also holds FSC Mix certification.
4. What type of closure does this mailer use? It features a self-seal peel-and-stick adhesive band, eliminating the need for tape or additional sealing materials.
5. Can these mailers be used to ship fragile items? Yes, the interior bubble lining provides cushioning that helps protect fragile and delicate items from shocks and impacts during transit.

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