Hatco HDW-2B 28.13"W Built In Warming Drawer w/ (2) 21.5" Compartments, 240v/1ph

The Hatco HDW-2B 28.13" Built-In Warming Drawer is a professional-grade solution for commercial kitchens seeking reliable, energy-efficient food holding. Designed for built-in installation, this unit fits seamlessly into your kitchen workflow while delivering consistent performance. With two 21.5" compartments, each equipped with a standard 6"-deep food pan, it accommodates high-volume operations without compromising on space or efficiency. The heavy-duty drawer slides with nylon rollers ensure smooth, long-lasting operation, even with frequent use—a critical feature for high-traffic restaurant environments. The fully insulated stainless steel construction not only preserves heat but also extends the lifespan of the unit, making it a cost-effective investment for any commercial kitchen. This unit is built to meet the demands of professional culinary settings, where precise temperature control is non-negotiable. The recessed thermostatic controls with a temperature monitor and on/off switch provide effortless operation, while the adjustable sliding vents in each drawer ensure optimal airflow, maintaining food quality during extended holding periods. Whether you're running a fine-dining restaurant, a fast-casual concept, or a hotel kitchen, the Hatco HDW-2B delivers the reliability and performance you need to keep warmers like soups, sauces, and prepared dishes at peak quality—without the risk of overcooking or uneven heating. For those who prioritize both functionality and durability, the Hatco HDW-2B is the ultimate choice. Its 240V/1ph power requirement and 0.9 kW rating make it a power-efficient option, reducing operational costs while maintaining high performance. The built-in installation design allows for a clean, integrated look that enhances your kitchen’s aesthetics, making it a perfect fit for modern commercial spaces. Don’t compromise on quality—upgrade your food holding solution with the Hatco HDW-2B and experience the difference in performance, durability, and efficiency.