Dakota Plumbing Products GSR-BG2718 Sink Bottom Grid

Product Description

The DAKOTA PLUMBING PRODUCTS GSR-BG2718 is a bottom grid designed for use with single bowl kitchen sinks. Constructed from 304 stainless steel, this grid sits at the base of the sink basin to protect the sink surface from scratches caused by cookware, dishes, and utensils. The brushed nickel finish provides a clean, professional appearance consistent with standard residential kitchen fixtures. Standard-radius corners make for straightforward fitment in compatible sink models. Plumbers and kitchen fixture installers working on residential remodels or new construction will find this a direct drop-in accessory for the appropriate sink model.

This bottom grid is specifically sized for the GSR-18-2718 single bowl sink from the Sorelle collection. It is intended for residential kitchen applications where surface protection and drainage clearance are required at the sink basin floor. The grid design allows water and debris to pass through freely, keeping the basin bottom accessible and reducing standing water contact with the sink surface.

Key Features

• 304 stainless steel construction for corrosion resistance in wet kitchen environments
• Brushed nickel finish for a clean, consistent look with standard kitchen fixtures
• Standard-radius corners for proper fitment in the GSR-18-2718 sink basin
• Grid design allows water and debris to drain freely beneath cookware and dishes
• Protects sink basin surface from scratches and impact damage

Compatibility

Designed to fit the GSR-18-2718 single bowl kitchen sink from the Sorelle collection by DAKOTA PLUMBING PRODUCTS.

Installation Notes

This bottom grid is a drop-in accessory that does not require tools or fasteners for installation. Power down or shut off is not required for this non-mechanical component. Simply place the grid flat in the sink basin, ensuring the standard-radius corners align properly with the sink interior. Remove and clean the grid periodically to prevent buildup beneath the surface.