Bsc Preferred TYF0912WH Tyvek Envelopes 100 Per Case

Product Description

The BSC PREFERRED TYF0912WH is a case of 100 Tyvek envelopes constructed from 14 lb. olefin material, offering strong resistance to puncture, tearing, and moisture. Tyvek construction makes these envelopes significantly stronger than standard paper envelopes, making them a reliable choice for mailing documents, parts lists, invoices, or other materials that require extra protection in transit. Each envelope features a self-seal closure for fast, efficient processing without the need for additional adhesive or moisture application. These are sold as a case of 100 units.

These envelopes are suited for general shipping and mailing applications across office, warehouse, and trade environments. The self-seal design supports high-volume mailing workflows where speed and consistency matter. Available in plain and First Class printed border styles, they fit a range of internal and external mailing needs. Facilities managers, supply coordinators, and shipping personnel working in HVAC, plumbing, electrical, or pool service operations will find these useful for mailing contracts, invoices, permits, and service documentation.

Key Features

• Constructed from 14 lb. olefin Tyvek material for superior durability
• Resistant to puncture, tearing, and moisture during handling and transit
• Self-seal closure eliminates the need for separate adhesive or moistening
• Significantly stronger than standard paper envelopes
• Available in plain and First Class printed border styles
• Sold in a case quantity of 100 envelopes

Compatibility

Designed as a general-purpose mailing envelope suitable for standard document and lightweight material shipments. This product is equivalent to part number S-5151.

Installation Notes

No tools or special equipment are required to use these envelopes. Peel the self-seal strip and press firmly to close. Store in a dry location away from direct moisture to preserve the adhesive seal prior to use. Handle the case with care to avoid compression damage to the envelopes during storage.