Fortessa HBW-LUNA-483 10 Inch Luna Dinner Plate Dishwasher Safe Bone China -

The Fortessa HBW-LUNA-483 Luna Dinner Plate 10" (25cm) Dishwasher Safe is a professional-grade bone china dishware item designed primarily for commercial foodservice environments. This round, flat-edged plate measures 10 inches (25 centimeters) in diameter, featuring a durable and lightweight construction with a weight of approximately 26.54 lbs per case. Manufactured by Fortessa Tableware Solutions, it offers exceptional resistance to high-temperature environments, being oven and microwave safe up to 400°F. Its smooth surface, combined with a flat edge design, ensures effective cleaning in commercial dishwashers, making it an optimal choice for high-volume operations requiring reliable, functional dinnerware that maintains presentation quality throughout rigorous use.

This Luna dinner plate combines premium bone china material with a flat edge design that facilitates stacking and handling in busy kitchens. Its dishwasher, microwave, and oven safety capabilities suit high-turnover foodservice settings, enabling quick preparation and efficient cleanup. The flat profile and rounded shape support uniform presentation and minimal breakage, making it ideal for casual dining, hotels, and catering services. Designed for durability and ease of maintenance, it withstands frequent cycles without compromising appearance or structural integrity.

Ideal for large-scale restaurants and catering businesses demanding durable and versatile dinnerware.

The Fortessa Luna dinner plate features a robust construction from bone china with a flat edge profile and round shape, designed for high-volume foodservice environments. It measures 10 inches (25 cm) in diameter, with a height of 0.84 inches and a weight of 26.54 pounds per case, packed in sets of 24. Its multi-purpose compatibility includes oven and microwave safety up to 400°F, and full dishwasher durability, ensuring seamless integration into existing culinary workflows. The plate’s white finish offers a clean, professional presentation, with a flat edge for stacking efficiency. It meets rigorous cleaning and heat resistance standards while maintaining presentation integrity during use and cleaning cycles.

Electrical requirements: Not applicable

Cooling method: Not applicable

Construction & finish: Bone china with smooth white exterior

Cleaning & maintenance: Dishwasher safe, easy to clean

Usage compatibility: Compatible with commercial dishwashers, ovens, and microwaves

A commercial dinner plate is a durable and high-capacity dishware item designed for use in professional foodservice settings, such as restaurants, hotels, and catering operations. Made from materials like bone china, these plates are engineered to withstand frequent use in ovens, microwaves, and dishwashers. The Fortessa HBW-LUNA-483 Luna Dinner Plate exemplifies this category with its 10-inch round design, flat edge for stacking, and resilience to temperature variations. The plate is installed in high-volume kitchens for serving standard meals efficiently, making it suitable for establishments requiring reliable, restaurant-ready dinnerware that maintains presentation and structure after repeated cycles.

These high-quality bone china plates, like the Fortessa HBW-LUNA-483, are built for moderate-to-high production environments, supporting efficient and consistent meal presentation in busy kitchens. They are designed for durability, safety, and ease of cleaning, making them ideal for restaurant operations, hotels, and catering services that demand reliable dishware for high-volume throughput.

Fortessa's Luna Dinner Plate stands out with its premium bone china construction, flat edge for stacking, and comprehensive safety features including oven and microwave compatibility. Its robust design optimizes operational efficiency and sanitation, reducing breakage and handling issues common in high-volume establishments. This model offers a reliable, restaurant-ready solution that enhances presentation and simplifies maintenance compared to standard alternatives.