Dakota Plumbing Products DSMZ-BG2318CP Bottom Grid Copper

Product Description

The DAKOTA PLUMBING PRODUCTS DSMZ-BG2318CP is a copper-finish bottom grid designed for 2318 single bowl kitchen sinks with micro or zero radius corners. Constructed from 304 stainless steel with a copper finish, this grid sits at the base of the sink basin to protect the sink surface from scratches, dents, and direct contact with dishes and cookware. It is sized to fit the 2318 sink footprint precisely, allowing proper drainage while keeping items elevated off the basin floor. Installation is handled by plumbers or kitchen sink installers as part of a sink accessory package or replacement service.

This bottom grid is intended for use with compatible 2318 single bowl kitchen sinks featuring micro or zero radius corners. It is suited for residential kitchen applications where sink surface protection is needed without obstructing basin drainage. The copper finish coordinates with the Marela and Zoria sink collections from Dakota Plumbing Products, making it a natural match for those installations.

Key Features

• 304 stainless steel construction with copper finish for durability and corrosion resistance
• Designed specifically for micro and zero radius corner sink profiles
• Sized to fit 2318 single bowl sink basins precisely
• Elevates cookware and dishes off the sink floor to protect the basin surface
• Open grid pattern allows water and debris to drain freely
• Part of the Marela and Zoria collection accessory lineup

Compatibility

Designed to fit the DSM-2318 and DSZ-2318 single bowl kitchen sinks with micro or zero radius corners from Dakota Plumbing Products.

Installation Notes

Bottom grids are typically set in place without mechanical fasteners and require no special tools for installation. Before placing the grid, verify the sink basin is clean and free of debris. Confirm that the sink model is DSM-2318 or DSZ-2318 with micro or zero radius corners before installation to ensure proper fit. No cutting or modification of the grid should be performed in the field.