Transition Double 102 Gal Recycling Station

The 102-Gallon Transition Double Stream Bin combines large capacity with dual-compartment functionality for efficient waste separation. With a top deposit and ergonomic front servicing, it is easy to maintain and perfect for high-traffic indoor environments. Made from sustainable HDPE recycled plastic, it is customizable with 10 colors and 8 opening options, including Oblong and Slot, and supports optional posters for added versatility.

KEY FEATURES:

• Highly Flexible Stream Configuration – Collect from one to six streams in a single container, offering maximum customization for your recycling needs.
• Variety of Sizes – Available in capacities ranging from 22 to 102 gallons, ensuring a perfect fit for any facility.
• Made from Recycled HDPE Plastic Lumber – Eco-friendly, durable construction that supports sustainable waste management.
• Easy-to-Adjust Stream Dividers – Divider system lets you change the number and volume of streams as needed, adapting to future needs.
• Heavy-Duty Casters for Easy Mobility – Effortlessly move the bin for cleaning or repositioning without hassle.
• Quick and Simple Servicing – Front-opening doors provide ergonomic entry for easy emptying and maintenance, ideal for custodial staff.
• Bag Tie Retention System – Ensures that bags stay securely in place, preventing waste from falling in during disposal.
• Enhanced Backboard Graphics – High-impact graphics improve the effectiveness of your recycling program by increasing visibility and clarity.
• Optional Door Posters – Customize the bin with door posters to further promote recycling efforts and enhance program communication.

HDPE: A Sustainable Solution

Built with recycled High-Density Polyethylene (HDPE) plastic lumber, these recycling bins represent a greener future. Any plastic lumber scraps produced during manufacturing are sent back to the supplier, where they're ground down and transformed into fresh plastic lumber. This closes the loop with a fully sustainable, cradle-to-cradle lifecycle.