Lean Stream Single Recycling Bin with Sign | 23 Gallon

Designed for areas where space is at a premium, the Lean Stream Single Slim Bin offers a sleek, cost-effective solution. Its narrow profile is reinforced by high-strength aluminum connectors, and snap-out backboard graphics provide clear communication. Made in North America of HDPE in Dove Gray, it supports three lid openings-Rectangle, Saturn, and Small Round-ensuring easy integration into any recycling program.

KEY FEATURES:

• Cost-Effective Innovation – A versatile, budget-friendly solution offering the same features as high-end waste receptacles, maximizing value for your business.
• Compact & Space-Saving Design –Perfect for narrow spaces, providing a flexible and efficient waste management solution without sacrificing functionality.
• Easily Expandable – Connect up to 8 unique waste streams effortlessly, with no tools required for quick setup and easy adaptability to your needs.
• Customizable Branding Options – Includes space for company logos and imagery, enhancing your brand’s visibility and personalization across the system.
• High-Impact, Snap-Out Graphics – Easy-to-install snap-out graphics and optional labels for quick, customizable stream identification.
• Durable Aluminum Connectors – Strong aluminum connectors ensure secure attachment between units, allowing you to build a cohesive, multi-stream setup.
• Flexible for New or Existing Programs – Ideal for both launching a new recycling program or expanding an existing one with a seamless, adaptable solution.
• Minimal Cost, Maximum Impact – A high-quality, professional recycling system that delivers value and efficiency without exceeding your budget.

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.