Convenient and practical plastic dinnerware is durable, non-absorbent, leak-proof and soak-proof. It's designed with deep proportions to avoid...

Choose durable dinnerware, made from economical molded fiber as a sturdy alternative to foam. Conveniently microwavable dinnerware. Built with a...

These bowls are made from sturdy, insulated foam. As a result, they maintain food at its proper temperature, keeping hot foods hot and delicious...

Select the superior strength and durability of molded fiber dinnerware. Attractive vine pattern on the rim brightens up any gathering. Durable...

Super-strong bagasse dinnerware is perfect for all occasions. Convenient and practical, this disposable tableware is constructed from a natural...

Everyday plates with multilayer design for strength and rigidity. Strong enough for a variety of foods.

Stylish plastic dinnerware is made to be sturdy. Presents the elegance of china in a more durable plastic form. Provides the convenience of easy...

Super-strong bagasse dinnerware is perfect for all occasions. Convenient and practical, this disposable tableware is constructed from a natural...

Strong enough to hold a full portion of food without breaking or bending. Ideal for hot or cold entrees.

An economical choice for commissary, food court and general food applications. Cut-resistant, nonabsorbent.

Premium-grade dinnerware provides superior strength and durability. Decorative, raised-rim border features a tasteful, contemporary design....

These bowls are made from sturdy, insulated foam. As a result, they maintain food at its proper temperature, keeping hot foods hot and delicious...

For single-use dinnerware, choose bagasse, a fibrous renewable resource by-product of the sugarcane refining process. Moisture- and oil-resistant...

Unique multilayer design with Soak Proof Shield® is great for cut-, moisture- and grease- resistant performance. Shaped for greater holding power,...

Designed to be the most rigid available. Nonabsorbent, cut resistant surface. "Crystal cap" finish produces a china-like effect, while increasing...