Bsc Preferred PL411 Packing List Envelopes 1000 Per Case

Product Description

The BSC PREFERRED PL411 is a pressure-sensitive packing list envelope designed to secure and protect shipping documents on the outside of parcels and freight. Constructed from heavy 2 mil polyethylene film, each envelope resists tearing, moisture, and abrasion to keep contents legible and intact during transit. The peel-and-stick adhesive back mounts directly to cartons, totes, or pallets without tools. Envelopes load from the end, making it easy to slide in invoices, manifests, or packing slips quickly during high-volume fulfillment operations. Each case contains 1000 envelopes.

These envelopes are suited for warehouse, distribution center, and logistics environments where document protection is required on outbound shipments. They are commonly used by shipping and receiving departments, third-party logistics providers, and fulfillment operations handling both residential and commercial deliveries. The end-loading design supports fast, consistent document insertion on packing lines. This product is equivalent to part number S-2326.

Key Features

• Heavy 2 mil poly construction protects documents from moisture and physical damage
• Pressure-sensitive adhesive backing for direct application to carton or pallet surfaces
• End-loading opening allows fast document insertion along the first dimension
• 1000 envelopes per case for high-volume fulfillment operations
• Equivalent to part number S-2326

Compatibility

Designed as a standard packing list envelope for use with typical shipping cartons, totes, and pallets across general warehousing and distribution applications.

Installation Notes

Clean and dry the carton surface before applying the envelope to ensure full adhesive contact. Peel the liner, position the envelope flush with the carton edge, and press firmly across the entire backing. Insert documents before sealing or as part of the packing line workflow. Avoid applying to wet, frosted, or heavily textured surfaces where adhesion may be reduced.