Acrylic Angled Faced Stackable Bin

6.5″W x 10″D x 7″H

This Stacking Candy Bin (SB10) is manufactured from high-quality 3/16″ thick clear acrylic/plexiglass, delivering excellent durability, clarity, and a clean professional retail presentation. Proudly made in Redford, Michigan, USA, Plasticrafts products are built for long-lasting commercial use in countertop and retail merchandising environments.

Designed for compact stacking display applications, this bin allows retailers to create a clean and organized multi-bin countertop presentation while maximizing product visibility and space efficiency. As the top/smallest bin in the SB101214 stacking set, it is ideal for layered merchandising setups that maintain a consistent and professional retail appearance. The integrated design also allows compatibility with Plasticrafts candy rack systems for flexible display configurations.

Dimensions: 6.5″ W x 10″ D x 7″ H
Capacity: Approximately 5 lbs. of candy or similar products
Material: 3/16″ clear acrylic (plexiglass)
Made In: Redford, Michigan, USA

Key Features

• Made from premium 3/16″ clear acrylic/plexiglass
• Manufactured in Redford, Michigan, USA
• Holds approximately 5 lbs. of candy or bulk product
• Top/smallest bin in the SB101214 stacking bin set
• Designed for countertop stacking display applications
• Rubber feet on bottom allow secure stacking with other bins
• Compatible with Plasticrafts candy rack systems
• Bottom strips allow secure placement in metal display racks
• Built-in tag holder for pricing and labeling
• Ready to use out of the box (no assembly required)
• Easy to clean (use approved acrylic-safe cleaners)
• Safe, durable alternative to glass containers
• Versatile use: candy, yogurt toppings, ice cream toppings, hardware, toys, art supplies, and more

Perfect For

Candy stores, frozen yogurt shops, ice cream stores, convenience stores, grocery stores, gift shops, and retail environments requiring a compact stacking countertop display solution with organized merchandising and high product visibility.