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SKU: 284-EC091CL
Brand: GET
Model: EC-09-1-CL
GET 9" Square To Go Food Container, Polypropylene, Clear (EC-09-1-CL)
The GET 9" clear square to-go container (EC-09-1-CL) is a durable, reusable, and recyclable polypropylene option with a leak-resistant design. Ideal for cafeterias and reusable container programs, it stacks to save space and is microwave and dishwasher safe.
Key Features
- •Durable polypropylene construction - heavy-duty, break-resistant, and leak-resistant for reliable daily use
- •Three-compartment design - perfectly portion entrees and sides while maintaining product visibility with clear material
- •Space-saving stackable design - optimizes storage in busy commercial kitchens and cafeterias
- •Microwave and dishwasher safe - meets operational requirements without compromising functionality
- •Reusable and recyclable - supports eco-friendly programs while reducing waste for cost and sustainability benefits
The GET 9" Square To Go Food Container (EC-09-1-CL) from the Eco-Takeouts™ series is a versatile, eco-friendly solution designed for commercial kitchens, corporate cafeterias, and university campuses. Made from durable, break-resistant polypropylene, this clear, three-compartment container is built to withstand daily use while keeping messes contained with its leak-resistant design. Its stackable structure optimizes storage, making it perfect for high-volume food service operations looking to reduce waste and streamline operations. Perfect for serving an entrée with two sides, this container is also microwave and dishwasher safe, meeting the needs of both front-of-house and back-of-house staff while maintaining product visibility with its clear material. Customization options are available, including reusable program instructions or branded logos, and GET’s customer service team is just a call away at 1-800-541-8683 to assist with your order. Whether you're running a large-scale catering operation or implementing a sustainable takeout program, the GET 9" Square To Go Container delivers durability, functionality, and eco-conscious performance.