Bsc Preferred B890 Reinforced Nylon Mailers 250 Per Case

Product Description

The BSC PREFERRED B890 is a reinforced poly mailer built for shipping items that do not require interior cushioning. Constructed with heavy-duty nylon fibers woven into the shell material, these mailers resist tearing during transit and handling. Their lightweight construction helps reduce shipping costs compared to heavier envelope styles. Each mailer can be sealed with tape or staples, giving the installer or shipping staff flexibility in the packing workflow. The case contains 250 mailers, making it suitable for high-volume shipping operations in supply houses, distributors, and fulfillment environments.

The B890 mailer is suited for shipping flat or semi-rigid items such as documents, parts catalogs, small components, or non-fragile trade supplies. The reinforced nylon construction holds up under normal conveyor and handling stresses. These mailers are appropriate for both internal distribution centers and customer-facing shipping departments that process regular outbound orders without the need for foam or bubble padding.

Key Features

• Heavy-duty nylon fiber reinforcement provides tear resistance during shipping and handling
• Lightweight design helps lower per-shipment weight compared to padded alternatives
• Compatible with tape or staple sealing methods for flexible packing workflows
• 250 mailers per case for high-volume fulfillment use
• No cushioning insert required, reducing material cost for non-fragile items

Compatibility

Designed as a general-purpose reinforced mailer for standard shipping and fulfillment applications where interior cushioning is not required.

Installation Notes

No tools or trade licensing are required to use these mailers. Ensure contents are properly centered and flat before sealing to prevent seal failure during transit. Tape sealing is recommended for heavier contents; staple sealing is acceptable for lighter items. Store unused mailers flat in a dry environment to prevent warping or adhesive degradation.