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SKU: 050-QSF77814C
Brand: Master-Bilt
Model: QSF77814-C
Master-Bilt QSF77814-C 8' x 14' Indoor Walk-In Freezer w/ Top-Mounted Compressor - Floor
The Master-Bilt QSF77814-C is a robust 8' x 14' walk-in freezer with a -10°F capacity, top-mounted compressor, and R290 refrigerant. Ideal for commercial kitchens needing reliable cold storage.
Key Features
- •8' x 14' capacity with 7'-7" height, perfect for high-volume commercial kitchens
- •Top-mounted compressor for efficient cooling and space-saving design
- •R290 hydrocarbon refrigerant for superior performance with lower environmental impact
- •26-gauge embossed steel construction with durable, easy-to-clean interior and exterior
- •Self-closing door with locking deadbolt handle for security and energy efficiency
- •18-month limited parts & labor warranty + 15-year panel warranty for long-term reliability
Starting from $20709.00/unit
Volume discounts available
The Master-Bilt QSF77814-C is a premium 8' x 14' walk-in freezer designed for high-performance cold storage in commercial kitchens and restaurants. With a -10°F temperature range, this unit ensures optimal preservation for perishable goods like frozen meats, seafood, and prepared foods. Its top-mounted compressor provides efficient cooling while maintaining a compact footprint, making it ideal for spaces with limited ceiling clearance. The 26-gauge embossed steel interior and exterior offer durability, while the self-closing door with a locking deadbolt ensures security and energy efficiency. Powered by R290 refrigerant, this unit delivers superior cooling performance with lower environmental impact, aligning with modern sustainability standards. Whether for a fast-casual eatery or a full-service restaurant, the Master-Bilt QSF77814-C is built to meet the demands of professional kitchens, offering long-term reliability with an 18-month limited warranty on parts and labor, plus a 15-year panel warranty. Its space-saving design and high-capacity storage make it a smart investment for businesses prioritizing efficiency and performance in cold storage solutions.