Bsc Preferred LKCBF1916HW Hardwood Cutting Board

Product Description

The BSC PREFERRED LKCBF1916HW is a custom-fitted hardwood cutting board designed to drop into compatible sink basins and countertop cutouts with zero-clearance fit. It measures 18.5 inches long by 16.875 inches wide by 1 inch thick and weighs approximately 4.84 pounds. Constructed from sustainably sourced hardwood and manufactured in the USA, this board is intended for use as a dedicated sink accessory in residential kitchen environments. It is installed by plumbers or finish contractors as part of a sink package and serves as a functional work surface positioned directly over the bowl for food preparation tasks.

This cutting board is sized to fit sink basins with a zero-radius bowl measuring 19 inches by 16 inches. It is suitable for residential kitchen applications where an integrated cutting surface above the sink is desired. The close-tolerance dimensions allow the board to rest securely in the sink opening without hardware, making it a practical addition during sink installation or as an aftermarket accessory for compatible configurations.

Key Features

• Custom dimensions of 18.5 x 16.875 x 1 inch for precise fit in compatible zero-radius sink bowls
• Sustainably sourced hardwood construction
• Manufactured in the USA
• Drop-in installation requires no additional hardware
• Designed for compatible BSC PREFERRED sink openings measuring 19 x 16 inches

Compatibility

Designed to fit BSC PREFERRED sink basins with a zero-radius bowl measuring 19 inches by 16 inches. Verify sink bowl interior dimensions before ordering to confirm fitment.

Installation Notes

Installation of this cutting board is typically performed by a plumber or finish carpenter as part of a sink accessory setup. No tools are required for standard drop-in placement; the board rests within the sink basin perimeter. Ensure the sink basin is clean and free of debris before placing the board. Do not use the cutting board as a structural support surface or expose it to prolonged water submersion.