Skip to main content
Sinks

Reginox Undermount Sink - NS1813U-7

122.0264.714

Reginox 12.38-in x 18.13-in Undermount Single Bowl Stainless Steel Hospitality Sink. Perfect for preparing drinks, rinsing glasses, or washing up, this sink will add functionality to a rec room, home bar, or any space where entertaining happens. These versatile undermount sinks are designed to sit under any solid surface counter and create a seamless profile so that crumbs can be easily brushed inside, making clean-up a snap. The lightly rounded edges are designed for stress-free cleaning and complement transitional and contemporary designs. Made from quality 18-gauge stainless steel with exceptional resistance to staining and corrosion

Product Information

Aspect

EAN/UPC 7612980951710
Sink type Sink
Type of material Stainless steel
Number of bowls 1
Color Steel
Surface finsh Silk

Features

Drainers number No drainer
Product reversibility No
Faucet ledge No
Strainer assembly included Yes
Strainer Assembly Manual
Overflow No
Number of faucet holes No faucet hole
Soap dispenser hole No

Product Dimensions

Exterior size: right to left 12.205 "
Exterior size: front to back 17.717 "
Large bowl size: right to left 10.63 "
Large bowl size: front to back 16.142 "
Large bowl: depth 7.087 "

Installation

Minimum cabinet size 15''

Product identification

Product brand KINDRED
Collection Reginox
Certified by CSA

Product specifications

Installation type Undermount
Drain hole 3 1/2"
Position of drainer No drainer

Downloads

Spec Sheet PDF

DXF - Technical Drawing 122.0264.714 001 ZIP (2 KB)

Product Features
Undermount Installation

Undermount Installation

Reginox Features

Easy Care Stainless

 

Sturdy 20-18 gauge steel from the industry leader in stainless, with a finish that will stand up to hard work, year in and year out.

icon1

Easy To Clean

 

Gently sloping corners and a glowing hygienic finish make cleaning a breeze and add a soft touch to any room.

Icon 2

Easy Drain

 

The gentle pitched bowl allows food and liquid to easily flow towards the drain.

Icon3