Continental D1FXNSS 36 1/4" Designer Line One Section Reach In Freezer, (1) Right Hinge Solid Door, 115v - Image 1
SKU: 160-D1FXNSS
Brand: Continental
Model: D1FXNSS

Continental D1FXNSS 36 1/4" Designer Line One Section Reach In Freezer, (1) Right Hinge Solid Door, 115v

The Continental D1FXNSS Designer Line Reach-In Freezer offers 32 cu ft of eco-friendly storage with stainless steel interiors, digital temperature controls, and top-mounted refrigeration using R-290 hydrocarbon refrigerant. Ideal for restaurants seeking durable, energy-efficient freezer solutions.

Key Features

  • 32 cu ft capacity with stainless steel interior and 3 epoxy-coated steel shelves for high-volume storage
  • Eco-friendly cooling with R-290 hydrocarbon refrigerant and energy-efficient top-mounted refrigeration system
  • Digital temperature control (0°F to -10°F) with external readout and high/low alarm for consistent performance
  • Durable construction with polyurethane foam insulation, smooth chrome handle, and magnetic snap-in gasket
  • Space-saving design with right-hinge solid door, stay-open feature, and self-closing mechanism
Starting from $14228.91/unit

Volume discounts available

The Continental D1FXNSS 36 1/4" Designer Line Reach-In Freezer is a premium choice for commercial kitchens and restaurants, combining durability, energy efficiency, and advanced features. This 32 cu ft unit features a top-mounted, self-contained refrigeration system that uses R-290 hydrocarbon refrigerant, ensuring eco-friendly cooling without compromising performance. The digital controls allow precise temperature adjustments between 0°F and -10°F, with an external temperature readout and high/low alarm to monitor conditions. Ideal for high-volume kitchens, this freezer offers consistent temperature control thanks to top and side air distribution ducts, along with polyurethane foam insulation. Its stainless steel interior, smooth chrome handle, and magnetic gasket enhance durability and hygiene, making it a reliable solution for professional culinary environments.