Dakota Plumbing Products DSE-HCL1714 Copper Lavatory Sink

Product Description

The DAKOTA PLUMBING PRODUCTS DSE-HCL1714 is a handmade hammered copper oval lavatory sink designed for bathroom vanity installations. Constructed from 14-gauge copper, this dual-mount sink measures 17 inches by 14 inches and fits vanity cabinets under 33 inches wide. The hammered finish is formed by hand, giving each unit a traditional aesthetic suited to custom and remodel bath projects. Plumbers and finish contractors install this sink during vanity rough-in or remodel work where a drop-in or undermount copper fixture is specified.

This sink is intended for residential bathroom applications where a traditional style is required. The dual-mount design allows installation as a drop-in or undermount depending on the countertop and cabinet configuration. Its compact 17-by-14-inch footprint makes it well suited for powder rooms, guest baths, and smaller vanity setups where cabinet space is limited.

Key Features

• Handmade from 14-gauge copper for durability and a consistent hammered texture
• Dual-mount installation supports both drop-in and undermount configurations
• Oval bowl shape with a 17-inch by 14-inch basin footprint
• Hammered copper finish in a traditional style suitable for custom bath remodels
• Fits vanity cabinets less than 33 inches wide

Compatibility

Designed as an OEM-style replacement or new-installation lavatory sink for residential bathroom vanities with cabinet widths under 33 inches that accept an oval dual-mount basin measuring 17 inches by 14 inches.

Installation Notes

Installation is typically performed by a licensed plumber during vanity rough-in or remodel. Shut off the water supply and drain the existing supply lines before removing any existing fixture. Dual-mount sinks require appropriate silicone or plumber's putty at the rim for drop-in installs, or epoxy and mounting clips for undermount applications per the countertop material requirements. Follow local IPC code requirements for drain rough-in height and trap configuration.