Master-Bilt QSB74810-C 8' x 10' Indoor Walk-In Cooler w/ Top-Mounted Compressor - No Floor

The **Master-Bilt QSB74810-C 8' x 10' Indoor Walk-In Cooler** is a powerful, space-efficient solution for restaurants and commercial kitchens, offering reliable +35°F cooling without the need for a floor. Designed with an **8-foot width and 10-foot length**, this walk-in cooler provides ample storage for perishables while maximizing floor space—a critical advantage in tight commercial environments. Its **26-gauge embossed steel interior and exterior** ensures durability, while the **26" wide self-closing right hinge door** with a deadbolt handle enhances security and convenience, keeping inventory protected while allowing easy access. The **top-mounted compressor** reduces noise and maintains optimal performance, making it ideal for restaurants prioritizing both efficiency and functionality. Built for high-volume commercial use, this walk-in cooler features the **R290 Capsule Pak Refrigeration System (CPB075PC-S-0)**, which is known for its energy efficiency and long-term reliability. The **no-floor design** eliminates the need for costly concrete pads, simplifying installation and saving space—making it a smart choice for pop-up kitchens, food trucks, or restaurants with limited square footage. Additionally, the **18-month limited parts and labor warranty** (with a **15-year panel warranty**) provides peace of mind, ensuring your investment is protected. Whether you're outfitting a new café, expanding a busy restaurant, or upgrading an existing cooler, the Master-Bilt QSB74810-C delivers the **durability, efficiency, and space-saving benefits** that commercial kitchens demand. For restaurants in **California, Florida, Oregon, or Washington**, please note that state-specific regulations may apply. Contact **KaTom Customer Care at 1-800-541-8683** for guidance on compliance. Don’t let limited space hold your business back—order the **Master-Bilt QSB74810-C walk-in cooler** today and experience the difference in performance, durability, and space optimization.