The Everest ESGWR2 Double Glass Door Reach-In Refrigerator provides a reliable, spacious, and energy-efficient solution for commercial kitchens and retail spaces. With a 55 cu.ft. capacity and eight adjustable epoxy-coated wire shelves, this refrigerator is ideal for storing and showcasing a variety of chilled goods. Its dual-pane glass doors ensure visibility while reducing energy consumption, making it perfect for high-traffic environments.
Built for durability and efficiency, the ESGWR2 features a heavy-duty stainless steel interior and exterior, complemented by galvanized steel backing. Its forced-air cooling system ensures rapid and even airflow, while vertical LED lighting enhances product visibility. User-friendly features, such as die-cast handles, door locks, and field-reversible doors, make this refrigerator a practical choice for demanding commercial operations.
Features & Benefits
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Precise Temperature Management:
Digital control system maintains temperatures from 33°F to 55°F, ensuring product freshness.
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Durable Construction:
Heavy-duty stainless steel interior and exterior with galvanized steel backing for long-lasting reliability.
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Energy-Efficient Glass Doors:
Double-pane glass reflects UV rays and provides excellent insulation to reduce energy consumption.
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Enhanced Visibility:
Vertical LED lighting with an on/off switch provides bright, efficient illumination while minimizing heat output.
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User-Friendly Design:
Field-reversible doors, heavy-duty die-cast handles, and locking casters enhance accessibility and security.
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Ample Storage:
Eight adjustable epoxy-coated wire shelves offer versatile organization for various products.
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Mobility & Stability:
Locking 5" casters allow for easy repositioning, while ensuring stability during operation.
Ideal for
- Restaurants and cafés requiring a spacious, glass-door refrigerator for visibility and organization.
- Retail environments showcasing chilled beverages, snacks, and perishable goods.
- Commercial kitchens needing durable, high-capacity cold storage with efficient cooling.