Bsc Preferred T2030I Tissue Paper Packaging Wrap 480 Per Case

Product Description

The BSC PREFERRED T2030I is a packaging tissue paper sold in cases of 480 sheets, designed for wrapping, cushioning, and presentation applications. The tissue uses specialty dyes that resist fading and bleeding, keeping colors consistent even with extended contact. Soft texture on both sides makes it suitable for wrapping delicate or finished surfaces without surface damage. At a 10 lb. basis weight, the paper offers a balance of lightweight handling and adequate coverage for protective and decorative packaging tasks. Packaging professionals, shipping departments, and fulfillment operations are the primary users of this product.

This tissue is suited for retail packaging, gift presentation, product wrapping, and void fill in shipping containers. It fits into standard packaging workflows for e-commerce, distribution centers, and brick-and-mortar retail back-of-house operations. The case format with 480 sheets per unit supports moderate-to-high-volume packing stations. The non-hazardous classification makes it straightforward to store and ship without special handling requirements.

Key Features

• Specialty dyes resist fading and bleeding for consistent color performance
• Soft texture on both sides protects delicate surfaces during wrapping
• 10 lb. basis weight balances lightweight handling with adequate coverage
• 480 sheets per case supports high-volume packing operations
• Non-hazardous material - no special storage or transport requirements

Compatibility

Designed as a general-purpose packaging tissue compatible with standard wrapping, cushioning, and presentation applications across retail and distribution environments. This product is equivalent to part number S-7097K.

Installation Notes

No tools or trade licensing are required to handle or deploy packaging tissue. Store cases flat in a dry environment away from moisture to prevent clumping or sheet adhesion. When used for product wrapping, avoid contact with sharp edges that could tear the sheet and reduce its protective effectiveness.