Bsc Preferred BW316S16 Air Bubble Cushioning Wrap

Product Description

The BSC PREFERRED BW316S16 is an air bubble cushioning and void-fill wrap designed for protective packaging applications. It provides a flexible layer of air-filled cells that absorb shock, resist abrasion, and dampen vibration during storage and transit. Sold in 48-inch master bundles, this product is compatible with an optional Roll Storage System for organized dispensing. Packaging and shipping professionals handling fragile, surface-sensitive, or high-value goods rely on this wrap to reduce damage rates and material waste in fulfillment and distribution operations.

This air bubble wrap is suited for general-purpose protective packaging across warehouse, fulfillment center, and shipping room environments. It is appropriate for both light and moderately weighted items that require cushioning against impact and movement during ground, freight, or courier shipment. The 48-inch master bundle format supports high-volume wrapping workflows where consistent material availability and roll management are priorities.

Key Features

• Air-cell construction cushions against shock, abrasion, and vibration
• Functions as both wrapping material and loose void fill
• Sold in 48-inch master bundles for high-volume use
• Compatible with optional Roll Storage System for organized dispensing
• Non-hazardous material safe for standard warehouse handling

Compatibility

Designed for use as a general-purpose protective packaging wrap compatible with optional Roll Storage System dispensing equipment. No specific equipment or system model compatibility data was provided by the manufacturer for this SKU.

Installation Notes

No tools or licensed trade installation is required for this product. Store rolls in a dry environment away from sharp edges or puncture hazards to maintain air-cell integrity. When using a Roll Storage System, follow the storage unit manufacturer's guidelines for mounting and dispensing. Inspect rolls prior to use to confirm air-cell structure is intact.