PACTIV EVERGREEN CORPORATION

Handy lids help you keep menu items warm until it's time to serve. Sturdy, rigid aluminum construction may be washed and reused. Fits appropriately sized Pactiv Aluminum Steam-Table Pans. Great for catering, banquets, delivery, and take-out!

Sturdy plastic containers hold a triangular half-sandwich each. Ideal for organizing neat and attractive deli displays. Half-cube packaging is designed for quick-service operations, making it easy for patrons to grab lunch on the go.

Resistant to cracking and leaking, pairs perfectly with the square recycled plastic bowl to keep your food fresh. It's not only beautifully made to showcase food, the lid is easy to snap on with a secure lock—and food application is mess-free. Good for delivery and takeout, these clear containers make order identification quick, and they're highly durable and easily stackable. Made with post-consumer PET recycled plastic bottles and help reduce landfill waste.

Ideal grab n go packaging for everything from hot dogs to steak dinners. Outstanding clarity improves merchandising and impulse sales. Durable heavyweight OPS material provides excellent cutting/eating surface and stable stacking during transport or while on display. SmartLock® Closure System with audible click closure is fast and secure aiding in operating efficiency. Container contains an ideal placement for labeling. Comes in optimized cube utilization packs and efficient case packs for shipping.

Provides excellent clarity to showcase various food applications. Secure lid fit to ensure freshness and provide leak resistance (base sold separately). Rim lock closure provides an audible "click" for easy, one-touch closure and a secure, locking fit. Highly durable construction for secure and reliable stacking.

SmartLock® system features a tight, audible click closure that helps ensure maximum food freshness. Resists grease and moisture to preserve the flavor and consistency of food. Convenient food containers resist leakage. Contains 40% average talc blended material.