$379.00 $429.00
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The Mercer DV102 Essex Single Bowl Sink combines refined architectural styling with durable everyday functionality for contemporary New Zealand kitchens. Manufactured from premium 1.2mm 304 grade stainless steel, the Essex sink features a sleek linear form and refined 15mm corner radius designed to complement modern stone benchtops, minimalist cabinetry and contemporary kitchen interiors.
Suitable for undermount, top mount and weld-in installation, the Mercer DV Series sink range is designed for versatility across both compact and larger kitchen layouts. Sound deadening insulation, a seamless overflow configuration and premium stainless steel construction help create a quieter, more refined kitchen experience while maintaining excellent durability for everyday use.
Ideal for contemporary kitchens, architectural renovations and modern minimalist interiors, the Mercer Essex sink delivers timeless functionality with clean contemporary detailing.
Please note: This sink now features an updated overflow design. Refer to the second image for the current overflow configuration.
The Mercer DV Series combines refined contemporary styling with durable premium stainless steel construction for modern New Zealand kitchens. Featuring sleek linear forms, tight corner radius detailing and versatile installation options, the DV Series is designed to complement stone benchtops, architectural interiors and minimalist kitchen spaces while delivering practical everyday functionality.
Yes. The Mercer DV102 Essex sink is suitable for undermount, top mount and weld-in installation depending on the kitchen design and benchtop material.
Yes. The sink is manufactured from premium 1.2mm 304 grade stainless steel designed for long-term durability and everyday kitchen use.
A tighter 15mm corner radius creates a cleaner and more contemporary aesthetic while still allowing practical everyday cleaning and maintenance.
Yes. The Mercer DV Series is particularly well suited to stone benchtops and contemporary kitchen installations, especially in undermount applications.