Carlisle 10" Round Plastic Dinner Plate, Tan (PCD21025)

The Carlisle 10" Round Polycarbonate Dinner Plate (PCD21025) is engineered for the demands of commercial kitchens, buffets, and high-traffic dining environments. Its break-, chip-, and stain-resistant polycarbonate construction ensures long-lasting durability, while the narrow rim design allows for safe stacking, preventing damage and saving space. This dishwasher-safe plate withstands extreme temperatures (-40°F to 212°F), making it perfect for hot or cold food service without compromising quality. The textured, scratch-resistant surface maintains a clean appearance even after repeated use, and its neutral tan color complements any restaurant décor while enhancing entree presentation.

Restaurants, schools, and medical facilities rely on the Carlisle PCD21025 for its 5-year limited warranty, ensuring peace of mind with every order. Unlike traditional ceramic or melamine plates, this recyclable polycarbonate dinnerware offers lightweight durability without the risk of breakage, reducing waste and maintenance costs. The stackable design also makes storage and inventory management seamless, saving both space and labor in busy kitchens. Whether used for fine dining, buffet service, or institutional catering, this plate delivers superior performance, longevity, and professional aesthetics—making it a must-have for any commercial operation.

For those needing compatible options, the Carlisle PCD21050 (12" plate) and PCD21059 (10" square plate) are available, maintaining the same high-quality polycarbonate construction for a cohesive restaurant setup. With its 5-year limited warranty, scratch-resistant finish, and temperatures ranging from -40°F to 212°F, this plate is built to handle the rigors of daily restaurant use while minimizing replacement costs. Invest in durable, low-maintenance dinnerware that stands up to the challenges of commercial dining—order the Carlisle 10" Round Polycarbonate Dinner Plate today and experience the difference in performance and reliability.