Bsc Preferred CPB10CC Christmas Blend Crinkle Paper Fill

Product Description

The BSC PREFERRED CPB10CC is a crinkle-cut paper fill designed for use in gift boxes, baskets, and retail packaging. The product features zig-zag cut strips that combine red and green solid color paper to create a layered, festive appearance commonly referred to as a Christmas Blend. The mixed color construction adds visual depth and texture without requiring additional decorative elements. This fill material is sold as a single unit and is suited for packaging professionals, retail gift departments, and wholesale fulfillment operations that need seasonal presentation materials in quantity.

This crinkle paper fill is used in retail and e-commerce gift packaging, basket arrangements, and holiday gift box presentation. The red and green color combination is specific to Christmas and winter holiday seasonal packaging. It is appropriate for both high-volume fulfillment centers and smaller specialty retail gift operations requiring a finished, festive interior filler. Packaging staff and retail merchandisers are the primary users.

Key Features

• Zig-zag cut strips create texture and dimensional fill volume
• Combination of red and green solid color paper for a Christmas Blend appearance
• Suitable for gift boxes, gift baskets, and retail packaging applications
• Sold individually with a minimum order quantity of 1
• Non-hazardous material safe for standard shipping and storage

Compatibility

Equivalent to part number S-15484R/G. Designed as a standard crinkle-cut paper fill for use in gift boxes and basket packaging applications across retail and fulfillment environments.

Installation Notes

No tools or trade licensing are required for use. Store in a dry environment away from moisture to prevent clumping or color transfer. When used in food-adjacent gift baskets, verify that the paper fill meets any applicable food-contact or safety requirements for your specific application. Handle bulk quantities carefully to avoid compression that may reduce fill volume and presentation quality.