Maxx Cold MXX-23FHC 30 3/8" X-Series One Section Reach In Freezer, (1) Solid Door, 120v - Image 1
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SKU: 763-MXX23FHC
Brand: Maxx Cold

Maxx Cold MXX-23FHC 30 3/8" X-Series One Section Reach In Freezer, (1) Solid Door, 120v

The Maxx Cold MXX-23FHC is a 23-cu-ft commercial-grade reach-in freezer with a solid door, aluminum interior, and automatic defrost—ideal for high-traffic kitchens. Order yours today!

Key Features

  • 23-cu-ft capacity with 3 adjustable shelves and 1 fixed half shelf for flexible inventory storage
  • Solid door with lockable right-hinge design for security and easy access
  • Aluminum interior and foam-insulated cabinet for durability and energy efficiency
  • Digital control panel for precise temperature management and automatic defrost to reduce maintenance
  • Bottom-mounted compressor and front-breathing system for optimal performance and energy savings
Starting from $2253.90/unit

Volume discounts available

The Maxx Cold MXX-23FHC X-Series One Section Reach-In Freezer is built for commercial kitchens and restaurants that demand reliable, high-performance frozen storage. With a 23-cubic-foot capacity, this unit delivers ample space for inventory while maintaining optimal temperature conditions—critical for food safety and product freshness. Its lockable right-hinged solid door ensures security, while the foam-insulated cabinet and aluminum interior provide durability and energy efficiency. The digital control panel allows for precise temperature adjustments, and the automatic defrost system minimizes maintenance, making it a smart choice for busy environments. Whether you're outfitting a fast-casual eatery or a full-service restaurant, this freezer combines functionality with sleek design, featuring a white steel shell for a clean, professional look. Its bottom-mounted compressor and front-breathing system further enhance performance, reducing energy costs while maintaining consistent cooling. Perfect for commercial refrigeration needs, the Maxx Cold MXX-23FHC is a top pick for businesses prioritizing efficiency, durability, and space optimization.