Tuxton BWM-090B 9 Oz. Diner Mug Ceramic Lead-Free White Dishwasher Safe - 2 Dozen/Case

The Tuxton BWM-090B Diner Mug is a high-capacity ceramic beverage vessel designed for commercial foodservice environments, offering a 9 oz. capacity ideal for restaurants, cafés, and hospitality venues. Crafted from fully vitrified, lead-free ceramic, this mug measures 3-3/8 inches in diameter and stands 3-3/4 inches tall, providing durability and thermal resistance suitable for busy service settings. Its microwave and dishwasher safe construction facilitates seamless workflow, while oven-proof features support versatile hot beverage presentation. The DuraTux® finish enhances longevity, making it a practical choice for high-volume establishments seeking consistent product performance with technical specifications optimized for commercial use.

This ceramic mug is engineered for high durability in commercial kitchens, featuring fully vitrified construction and lead-free composition. Its microwave and dishwasher-safe design ensures easy handling and maintenance, while its oven-proof capability supports versatile service applications. With dimensions tailored for efficient stacking and storage, the Tuxton BWM-090B fits seamlessly into high-throughput workflows, especially in establishments requiring reliable, microwaveable serveware suited for hot beverages and casual dining environments.

Ideal for institutions requiring durable, easy-care coffee or tea serviceware for large-scale hospitality operations

The Tuxton BWM-090B mug is constructed from high-quality ceramic, weighing approximately 26.2 pounds per case. It measures 3-3/8 inches in width and 3-3/4 inches in height, with a wall thickness engineered for shatter resistance and thermal durability. Its fully vitrified, lead-free composition ensures food safety and longevity, suitable for microwave, dishwasher, and oven use. The product's high-temperature resistance allows for reheating and oven service, while its robust carton packaging optimizes storage and transport for commercial kitchen deployment. The mug is compatible with standard dishwashing protocols and designed for stacking to maximize space efficiency within high-volume setups.

Electrical Requirements: Not applicable

Storage & Maintenance: Stacking design, dishwasher safe, oven proof

Construction & Finish: Fully vitrified ceramic with DuraTux® coating

Food Safety: Lead-free, product compliant with safety standards

Usage Compatibility: Microwave and oven compatible for versatile service

A commercial diner mug is a heavy-duty ceramic beverage container designed for frequent use in hospitality settings. It typically features durable vitrified construction, uneven thermal shock resistance, and dishwasher/microwave compatibility. The Tuxton BWM-090B diner mug, with its 9 oz. capacity and oven-proof design, is suitable for high-volume food and beverage service, installed in cafés, restaurants, and institutional kitchens. Perfect for serving hot drinks, it offers reliable performance for mid-volume, casual dining environments requiring durable and easy-to-maintain serveware.

Designed for moderate throughput operations in restaurant and café settings, the Tuxton BWM-090B offers robust construction, versatile thermal tolerance, and easy cleaning. With its high-quality vitrified ceramic material, it provides long-lasting durability and consistent performance in busy commercial kitchen environments. Built to support efficient workflow integration, this mug ensures reliable hot beverage service tailored to hospitality industry standards.

Compared to similar ceramic mugs, the Tuxton BWM-090B provides superior durability through fully vitrified, lead-free construction, combined with oven-proof versatility that enhances service flexibility. Its DuraTux® finish extends lifespan, while its high thermal resistance supports reheating and oven applications, making it a formidable choice in commercial kitchen equipment. The mug’s stackable design improves storage efficiency, reducing space and handling time in high-volume environments.