SKU: 956-UB418384TS
Brand: BK Resources
BK Resources UB4-18-384TS 84" Underbar Sink Unit w/ (3) Compartments - 25" Left & Right Drainboards, Stainless Legs
The BK Resources UB4-18-384TS 84" 3-compartment underbar sink is designed for back-of-house efficiency with spacious 25" drainboards, a splash-mount faucet, and 18-gauge stainless steel construction. Ideal for restaurants and commercial kitchens.
Key Features
- •3-compartment design (10" L x 14" W x 10" D) for organized washing, rinsing, and sanitizing in commercial kitchens
- •25" stamped drainboards on both sides for drying or prep work, maximizing counter space
- •18-gauge T-304 stainless steel construction with stainless steel legs, side bracing, and corrosion-resistant adjustable feet for durability
- •4.5" backsplash with 4" on-center splash-mount faucet holes for versatile faucet installation
- •Part of the Slim-Line series, offering a compact footprint while maintaining maximum functionality
Starting from $2452.00/unit
Volume discounts available
The BK Resources UB4-18-384TS 84" 3-compartment underbar sink is built for durability and efficiency, making it a top choice for commercial kitchens and restaurants. This underbar sink features three separate compartments (10" L x 14" W x 10" D) for washing, rinsing, and sanitizing, ensuring organized workflow in high-traffic prep areas. The 25" stamped drainboards on both sides provide ample space for drying or prep work, while the 4.5" backsplash with 4" on-center splash-mount faucet holes accommodates standard fittings. Constructed from 18-gauge T-304 stainless steel, this sink is reinforced with stainless steel legs, side bracing, and corrosion-resistant adjustable feet, ensuring long-lasting performance even in demanding environments. Ideal for underbar setups, this sink combines functionality with robust construction, making it a smart investment for commercial kitchens prioritizing efficiency and durability. Its Slim-Line series design keeps the footprint compact while maximizing utility, making it perfect for tight spaces without sacrificing performance.