Bsc Preferred B832 Poly Bubble Mailers 100 Per Case

Product Description

The BSC PREFERRED B832 is a poly bubble mailer that combines a polyethylene outer layer with an interior bubble lining to deliver both moisture resistance and cushioning in a single envelope. Designed for lightweight parcel shipping, each mailer features a self-seal closure that eliminates the need for tape or additional adhesives. The construction is tamper-resistant and tear-resistant, making it suitable for shipping small parts, documents, and light goods through standard carrier services. Each case contains 100 mailers. The case weighs 3.76 pounds, making it manageable for storage and handling in a distribution or warehouse environment.

These mailers are used across a wide range of shipping and fulfillment applications where protecting contents from moisture and minor impact during transit is required. The lightweight poly construction helps keep package weight low, which can reduce carrier costs compared to heavier padded envelopes or corrugated boxes. They are well suited for shipping small components, literature, flat goods, and similar items in both commercial and light industrial supply operations.

Key Features

• Polyethylene outer layer provides moisture resistance during transit
• Bubble lining cushions contents against minor impact
• Self-seal closure requires no tape or additional adhesives
• Tamper-resistant and tear-resistant construction
• Lightweight design helps reduce shipping costs
• Sold as a case of 100 mailers

Compatibility

Designed as a direct equivalent to part number S-7544. Suitable for general-purpose poly bubble mailer applications in shipping and fulfillment operations.

Installation Notes

No tools are required to use these mailers. Insert contents, remove the adhesive strip liner, and press the flap firmly to activate the self-seal closure. Store cases in a dry location away from direct sunlight to maintain adhesive integrity. Do not overfill mailers beyond the recommended content capacity for the envelope size.