Homer Laughlin HL19400 11 oz Round Nappy Bowl - China, Ivory

Elevate your restaurant’s dinnerware with the **Homer Laughlin HL19400 11 oz Nappy Bowl**, a premium choice for commercial kitchens and fine dining establishments. Crafted from **scratch-resistant china**, this **ivory nappy bowl** is designed to withstand daily wear while maintaining a timeless, elegant appearance. Its **5.13-inch diameter** is ideal for serving soups, sides, or light entrees, ensuring it pairs effortlessly with larger plates without overwhelming your tabletop. Whether you're outfitting a high-end bistro, a bustling café, or a modern restaurant, this bowl’s **durable construction and subtle hue** make it a versatile addition to any commercial kitchen. If you're looking for **restaurant dinnerware that balances functionality and style**, the Homer Laughlin Nappy Bowl is the perfect solution. This **11 oz nappy bowl** is not just about aesthetics—it’s built to perform. The **rolled edge** adds a touch of sophistication, while the **scratch-resistant china** ensures longevity, reducing the need for frequent replacements and saving your establishment costs in the long run. Restaurant operators and chefs alike appreciate its **lightweight yet sturdy design (31.75 oz)**, making it easy to stack and transport while maintaining durability. The **ivory color** blends seamlessly with any table setting, from classic white linens to modern, minimalist decor, ensuring your dining experience remains cohesive and polished. For commercial kitchens prioritizing **durability, style, and practicality**, the Homer Laughlin HL19400 Nappy Bowl is an excellent investment. Its **1-year edge chip warranty** provides added peace of mind, while its **compact size** maximizes table space efficiency—a critical factor in high-traffic dining environments. If you're in the market for **restaurant bowls that stand out in both form and function**, this is the bowl that will impress both staff and guests. Upgrade your dinnerware today and experience the difference in quality and performance.