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.