SKU: 009-FS32424
Brand: Advance Tabco
Advance Tabco FS-3-2424 77" 3 Compartment Sink w/ 24"L x 24"W Bowl, 14" Deep
The Advance Tabco FS-3-2424 is a 77" 3-compartment sink with 24x24x14" stainless steel bowls, designed for high-volume kitchens. It offers 16.5" flood level, sound-deadened construction, and NSF-compliant coved corners for superior sanitation and durability.
Key Features
- •14-gauge 304 stainless steel construction with satin finish and sound-deadened design for durability and noise reduction in high-traffic kitchens.
- •24x24x14" seamless bowls with 16.5" flood level, accommodating oversized cookware while maintaining a 14" working water level for efficient cleaning.
- •NSF-compliant 3⁄4" coved corners and full skirt design with rolled rim edge for superior sanitation and spill protection.
- •8.5" backsplash with tile edge and splash-mount faucet holes on 8" centers, designed for professional aesthetics and functionality.
- •Adjustable stainless steel legs and cross-bracing for stability, along with 1 5⁄8" diameter tubular legs with adjustable bullet feet for easy installation.
Starting from $3850.20/unit
Volume discounts available
The Advance Tabco FS-3-2424 3-compartment sink is a workhorse for commercial kitchens, combining functionality with durability to meet the demands of high-volume operations. Built with 14-gauge 304 stainless steel and a satin finish, this 77" sink features 24x24" bowls with 14" depth, designed to handle oversized cookware while maintaining a 16.5" flood level for added capacity. Its full skirt design and rolled rim edge not only enhance aesthetics but also protect against spills and water damage, making it ideal for busy restaurant environments. The 8.5" backsplash with tile edge adds a professional touch while the seamless bowls with 3⁄4" coved corners meet NSF requirements, ensuring sanitary compliance and ease of cleaning. Whether you're outfitting a new kitchen or upgrading an existing one, this sink delivers the performance and reliability restaurants need to keep operations running smoothly without sacrificing efficiency.