Bsc Preferred BOB620 Self-seal Bubble Pouches 250/case

Product Description

The BSC PREFERRED BOB620 is a case of 250 self-sealing bubble pouches designed for fast, efficient protective packaging without the need for tape guns, wrap, or additional sealing tools. Each pouch is constructed with high-slip 3/16 inch bubble material and features a 1 inch peel-and-seal lip that creates a secure closure once the liner is removed. These pouches are suited for packing departments, shipping rooms, and fulfillment operations where speed and consistency matter. The self-seal design reduces labor time and eliminates the need for separate tape dispensers during the packing process.

These bubble pouches are used in warehouse, distribution, and light industrial settings where fragile or surface-sensitive items require individual wrap protection before boxing or shipping. The 3/16 inch bubble profile provides cushioning suitable for small parts, hardware, consumer goods, and similarly sized items. Sold in a case quantity of 250 units, they are appropriate for operations that package goods in volume. This product is equivalent to part number S-13680.

Key Features

• Self-seal peel-and-stick lip eliminates the need for additional tape or tools
• 3/16 inch high-slip bubble construction provides surface protection and cushioning
• 1 inch sealing lip ensures a reliable closure on each pouch
• Sold in a case of 250 pouches for volume packing applications
• Equivalent replacement for part number S-13680

Compatibility

Equivalent to part number S-13680. Designed as a direct replacement or substitute for standard 3/16 inch self-seal bubble pouches used in general protective packaging applications.

Installation Notes

No tools required for use. Insert the item into the pouch, peel the tape liner from the lip, and press the lip closed to seal. Store pouches flat in a dry environment away from direct heat or sunlight to maintain adhesive integrity. Handle the adhesive strip carefully before sealing to avoid contamination that may reduce bond strength.