Georgia-Pacific Dixie Ultra® 10" Round Disposable Plate, Paper (SXP10W)

The Georgia-Pacific Dixie Ultra® 10" Round Disposable Plate (SXP10W) is a reliable, high-performance option for commercial kitchens and restaurants. Designed for durability and convenience, these 100% paper plates are perfect for serving a variety of dishes, from buffets to takeout. Their smooth, white surface ensures a premium presentation while maintaining eco-friendly functionality. Ideal for high-volume operations, these plates are part of Georgia-Pacific’s Dixie Ultra® series, known for its strength and resistance to moisture and grease. Whether you're running a fast-casual restaurant, catering event, or food service business, these plates provide the performance you need—without compromising on sustainability.

One of the standout features of the Dixie Ultra® 10" Round Plate is its balance of durability and eco-friendliness. Made from 100% paper, these plates are both sturdy and compostable, aligning with the growing demand for sustainable disposable tableware in the restaurant industry. Their 10-inch diameter offers generous serving space, accommodating large portions while maintaining a professional aesthetic. The single-compartment design simplifies plating, making it easier for kitchen staff to prep and serve meals efficiently. Additionally, the plates’ weight of just 25.88 pounds (per 1000 count) ensures they’re lightweight yet resilient, reducing the risk of breakage during handling or transport.

For commercial kitchen managers and restaurant owners, the Georgia-Pacific Dixie Ultra® 10" Round Plate is more than just a disposable solution—it’s a strategic choice. Its compatibility with high-speed serving equipment, such as salad bars and buffet lines, makes it a staple for businesses prioritizing efficiency and speed. The plates’ ability to withstand moisture and grease without warping or deteriorating ensures consistent performance, even in the busiest kitchens. Elevate your tableware game with this industry-leading option that combines functionality, sustainability, and reliability.