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SKU: 598-TBB4S
Brand: True Refrigeration
True TBB-4-S-HC 90 3/8" Bar Refrigerator - 3 Swinging Solid Doors, Stainless, 115v
The True TBB-4-S-HC is a robust 3-door back bar cooler (32.8 cu ft) designed for high-volume restaurant use. With corrosion-resistant stainless steel and LED lighting, it efficiently stores 152 six-packs while maintaining durability and easy cleaning.
Key Features
- •Holds 152 six-packs of 12-oz cans or 4 half-barrel kegs in 32.8 cu ft capacity
- •Corrosion-resistant stainless steel exterior and galvanized interior for long-lasting durability
- •Adjustable PVC-coated wire shelves (1/2-inch increments) for versatile storage of cans and bottles
- •Interior LED lighting for enhanced product visibility and professional presentation
- •Recessed 12-inch door handles maximize aisle space, while a stainless steel floor and galvanized walls ensure easy cleaning
Starting from $500.00/unit
Volume discounts available
The True TBB-4-S-HC 90 3/8" Back Bar Cooler from True Refrigeration is a premium choice for restaurants and bars needing a durable, high-capacity cooler that blends functionality with professional-grade construction. Designed for high-volume environments, this 3-door model (32.8 cu ft) offers ample storage for 152 six-packs of 12-ounce cans or 4 half-barrel kegs, making it ideal for busy commercial kitchens and beverage stations. Its stainless steel exterior and galvanized interior resist corrosion, while the recessed 12-inch door handles maximize aisle space. The adjustable PVC-coated wire shelves (adjustable in 1/2-inch increments) accommodate both cans and bottles, ensuring efficient organization. Interior LED lighting enhances product visibility, while a stainless steel floor and galvanized walls make cleaning a breeze. The foamed-in-place polyurethane insulation ensures cold-air retention, keeping beverages perfectly chilled while the door threshold protector prevents damage during heavy use. This back bar cooler is perfect for restaurants, taverns, and bars that prioritize durability, space efficiency, and performance under demanding conditions.