Bsc Preferred B884 Reinforced Mailers Case of 1000

Product Description

The BSC PREFERRED B884 is a reinforced poly mailer designed for shipping items that do not require internal cushioning. Constructed with heavy-duty nylon fibers, the mailer resists tearing during transit, making it a reliable choice for light to medium-weight goods. The lightweight construction helps reduce overall shipping costs compared to heavier mailer formats. Each mailer can be sealed with tape or staples, giving shipping and fulfillment staff flexibility on the line. This SKU is sold as a case of 1000 units, suited for high-volume shipping operations in warehouses, distribution centers, and fulfillment environments.

The B884 reinforced mailer fits applications where contents are rigid or self-protecting and do not need foam or bubble lining. Typical use cases include documents, flat merchandise, apparel, and similar non-fragile items. The nylon-reinforced construction handles the mechanical stress of conveyor systems and manual sorting without compromising the envelope. This makes the B884 a practical stock item for shipping departments running consistent outbound volume.

Key Features

• Heavy-duty nylon fiber construction provides tear resistance during shipping and handling
• Lightweight design reduces per-shipment weight compared to padded or bubble alternatives
• Compatible with tape or staple sealing methods for flexible line use
• Sold in a case quantity of 1000 units for high-volume fulfillment operations
• No cushioning layer keeps profile slim and reduces material cost per unit

Compatibility

Designed as a general-purpose reinforced mailer suitable for shipping non-fragile, self-protecting items across standard parcel and postal carrier systems.

Installation Notes

No tools are required for standard use. Seal each mailer with pressure-sensitive tape or staples before tendering to a carrier. Store cases flat in a dry environment to prevent moisture damage to the nylon fiber layer. Do not overfill beyond the mailer's designed capacity, as this can compromise the seal and the integrity of the fiber reinforcement.