SKU: 166-CP10ST
Brand: American Metalcraft
American Metalcraft CP10ST 11 1/8" Round Melamine Dinner Plate, Storm
The American Metalcraft CP10ST 11.13" Storm Gray Dinner Plate is a durable, break-resistant melamine plate with a sleek coupe shape, perfect for modern restaurant table presentations. Ideal for high-traffic dining environments.
Key Features
- •Durable, break-resistant BPA-free melamine construction ensures long-lasting performance in high-traffic dining environments.
- •11 1/8" diameter with a sleek 3/4" height coupe-style rim enhances modern table presentations and plate presentation.
- •Storm gray color adds a contemporary aesthetic to restaurant tablescapes, perfect for upscale or modern dining concepts.
- •Part of the Crave collection, offering a stylish yet functional addition to any commercial kitchen dinnerware setup.
- •Lightweight yet sturdy design (1.18 lbs) makes it easy to handle and stack, improving operational efficiency.
Starting from $14.58/unit
Volume discounts available
Elevate your restaurant's aesthetic with the American Metalcraft CP10ST 11.13" Round Melamine Dinner Plate in Storm Gray. Part of the Crave collection, this coupe-style plate combines sleek design with unmatched durability, making it a standout choice for modern dining establishments. Crafted from break-resistant, BPA-free melamine, this plate is built to withstand the demands of high-traffic kitchens while maintaining a refined, coupe appearance that enhances plate presentation. Its storm gray color adds a contemporary touch to any tablescape, ensuring your restaurant stands out while delivering functionality and style. Whether you're outfitting a fine-dining venue or a bustling casual eatery, this plate delivers performance and visual appeal, making it a must-have for professional kitchens. Restaurant owners and chefs will appreciate its balance of durability and elegance, ensuring long-lasting use without compromising on quality. Invest in this premium dinnerware to enhance your guests' dining experience with both form and function.