Bsc Preferred BOB3636F Bubble Pouches Case of 30

Product Description

The BSC PREFERRED BOB3636F open end flush cut bubble pouches are reusable protective packaging bags designed to simplify packing and cushion items during storage or transit. Each pouch features 3/16 inch bubble construction with the bubble surface facing outward and a smooth interior, reducing surface contact marks on packed goods. The flush cut open end allows for fast, consistent loading without folding or trimming. These pouches are suited for odd-shaped, fragile, or irregularly dimensioned items that standard rigid packaging cannot accommodate. This SKU is sold as a case of 30 pouches. The BOB3636F is equivalent to part number S-10553.

These bubble pouches are used across warehouse, distribution, and light industrial environments where protective packaging is part of daily operations. Typical applications include packing components for shipment, protecting finished goods during storage, and cushioning parts during transit. The reusable design supports multi-use packaging workflows, making these pouches practical for operations that return, restock, or repackage product regularly.

Key Features

• 3/16 inch bubble construction provides cushioning for fragile and odd-shaped items
• Bubble on the outside, smooth interior surface minimizes marking or scuffing of packed goods
• Flush cut open end enables fast loading without additional trimming
• Reusable design supports multiple packing cycles
• Equivalent to part number S-10553
• Sold as a case of 30 pouches

Compatibility

Designed as a general-purpose protective packaging solution suitable for a wide range of items requiring cushioned, enclosed storage or shipment protection.

Installation Notes

No tools or trade licensing are required to use these pouches. Insert items through the flush cut open end and fold or seal as needed for the application. For repeated-use cycles, inspect pouches for punctures or significant bubble loss before reuse. Store unused pouches flat in a dry location away from sharp edges or heat sources that could compromise bubble integrity.