Bsc Preferred TT3024K Mailing Tubes 24 Per Case

Product Description

The BSC PREFERRED TT3024K is a case of 24 heavy-duty, crush-resistant mailing tubes built for reliable protection of rolled documents, plans, and blueprints during storage or transit. Each tube features double-wall, spiral-wound construction with a 1/8-inch wall thickness, delivering the rigidity needed to resist crushing under warehouse or shipping conditions. A 6-inch flush-joint cap is included on each tube and can be secured with tape or a shipping label for a clean, tamper-evident seal. The case unit of measure makes this an efficient stock item for facilities, print shops, and trade offices that regularly ship or archive large-format documents.

These tubes are suited for professional environments where large-format printed materials such as construction drawings, architectural plans, engineering schematics, or building permits need to be transported or stored without damage. The double-wall construction provides added protection compared to single-wall alternatives, making these appropriate for both short-term mailers and longer-term document archiving. Each case contains 24 tubes, supporting bulk use across job sites, reprographics departments, or supply rooms.

Key Features

• Double-wall, spiral-wound construction for crush resistance
• 1/8-inch wall thickness for added rigidity
• 6-inch flush-joint cap included on each tube
• Cap seals with standard tape or shipping label
• Suitable for storing and mailing plans, drawings, and large-format documents
• Sold as a case of 24 tubes

Compatibility

Designed as a general-purpose mailing and storage tube for large-format documents in professional and commercial applications.

Installation Notes

No tools are required for assembly. Insert rolled documents before pressing the flush-joint cap into place, then secure with tape or an adhesive shipping label. For transit use, verify that the cap is fully seated before applying carrier labels. Store unused tubes horizontally or vertically in a dry location to maintain tube integrity.