SKU: 893-TOPVP651
Brand: Churchill
Model: TOPVP651
Churchill 6 5/8" Round Vintage Prints Tea Plate - Ceramic, Toile Prague (TOPVP651)
Elevate your restaurant with the Churchill Vintage Prints tea plate (6 5/8") featuring the elegant Toile Prague design. Durable ceramic construction, microwave and dishwasher safe for high-volume use.
Key Features
- •Premium Churchill Super Vit ceramic construction for durability and elegance in high-volume restaurant settings
- •Toile Prague pattern with glazed finish offers a vintage-inspired, sophisticated look perfect for upscale dining
- •Microwave and dishwasher safe—ideal for commercial kitchens requiring easy, frequent cleaning and reheating
- •Rolled edge design enhances grip and durability, reducing chipping and breakage in fast-paced environments
- •5-year edge chip warranty ensures long-term performance, making it a cost-effective choice for restaurants
Starting from $196.98/unit
Volume discounts available
The Churchill TOPVP651 6 5/8" Round Vintage Prints Tea Plate combines timeless elegance with the durability needed for commercial kitchens. Crafted from Churchill Super Vit ceramic, this tea plate features the sophisticated Toile Prague pattern—an intricate floral design that adds a touch of vintage charm to any upscale dining setting. Its glazed finish and rolled edge enhance both aesthetics and functionality, making it ideal for high-volume restaurant environments where style meets practicality. The 6 5/8" diameter is perfect for tea service, tea sandwiches, or as part of a layered dessert presentation, ensuring professionalism and consistency in plating. This plate is microwave and dishwasher safe, meeting the rigorous demands of commercial kitchens while maintaining its refined appearance even after repeated use. With a 5-year edge chip warranty, it delivers long-lasting performance without compromising on design. Ideal for fine dining, cafés, or high-end restaurants, this tea plate is a staple for chefs and hospitality professionals seeking to blend tradition with modern functionality.