Product Summary
The Hoshizaki Compact KG420R C DR G U Glass Door Refrigerator offers a stylish and efficient refrigeration solution for professional kitchens. With a spacious net usable volume of 265 litres and a compact footprint of just 59.5 x 66.7 cm, it is designed to maximise storage in space-constrained environments. Combining food safety, energy efficiency, and ergonomic design, this refrigerator is ideal for operators who don’t require heavy-duty Gastronorm equipment.
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The Hoshizaki Compact KG420R C DR G U Glass Door Refrigerator offers a stylish and efficient refrigeration solution for professional kitchens. With a spacious net usable volume of 265 litres and a compact footprint of just 59.5 x 66.7 cm, it is designed to maximise storage in space-constrained environments. Combining food safety, energy efficiency, and ergonomic design, this refrigerator is ideal for operators who don’t require heavy-duty Gastronorm equipment.
- Food Safety: The advanced Hoshizaki air distribution system ensures precise and uniform temperatures throughout the cabinet, maintaining consistent food-safe conditions.
- Energy Efficiency: Rated Class D for energy performance, it delivers reliable refrigeration while balancing energy consumption for its class.
- Quiet and Comfortable Operation: Operating at just 39.8 dB(A) with low heat emissions, it supports a quieter and more comfortable work environment.
- Hygiene and Ergonomic Design: Features seamless surfaces, full-height integrated handles, and other design elements that simplify cleaning routines and enhance operator safety.
The Hoshizaki Compact KG420R C DR G U Glass Door Refrigerator is a practical and visually appealing choice for professional kitchens, offering dependable performance and efficient storage in a compact design.
Product features of the KG420R C DR G U:
- Air circulation system
- Right-hand hinged door
- Integrated full-height door handle
- Internal LED light
- Reversible door
- Door lock for extra security
- White shelves
- Automatic defrost with re-evaporation of defrost water