Crosswater Design Stainless Steel Single Lever Kitchen Sink Mixer Tap

Crosswater Design Details

MFC: DE716DS

Crosswater Design Single Lever Kitchen Sink Mixer Tap is a great choice for the kitchen area with its striking good looks and high functionality. It is manufactured using top-quality materials, which add a great deal of durability. The gleaming brushed stainless steel finish gives it a lustre that helps create a shiny, sparkling element and opulence touch. It has a minimalist design with contemporary appeal. It will come ready for deck mounting and work smart in a minimum water pressure of 0.5 bar.

Contemporary Design
Deck Mounted Installation
Size [mm]: 54 x 224 x 277mm [Width x Depth x Height]
Size [cm]: 5.4 x 22.4 x 27.7cm [Width x Depth x Height]
Weight: 1.37kg
Base to Spout: 155mm [15.5cm]
Centre of Inlet to Centre of Outlet: 170mm [17cm]
Suitable for Medium and High Water Pressure Systems
Required Minimum 0.5 Bar to 5.0 Bar Water Pressure System

Technical Specifications

Please note all the measurements are in 'mm'

⤷ Water Activation
: By Lifting/Tilting
⤷ Range
: Design
⤷ Tap Body Shape
: Round
⤷ Handle Position
: Upwards
⤷ Colour
: Brushed Stainless Steel
⤷ Warranty/Guarantee
: 15 Years
⤷ Theme
: Modern
⤷ Installation Type
: Deck Mounted
⤷ No. of Holes Required
: 1
⤷ Spout type
: Swivel

⤷ Spout Swivel
: Yes
⤷ Base To Spout
: 155
⤷ Spout Reach
: 170
⤷ Overall Height
: 277
⤷ Width
: 54
⤷ Minimum Operating Pressure (Bar)
: 0.5
⤷ Handle Style
: Stick
⤷ Barcode
: 5055833660100
⤷ Product Type
: Sink Mixer Tap

Additional Info & Downloads

Download the Installation Instructions Pdf File

Crosswater Design Stainless Steel Single Lever Kitchen Sink Mixer Tap

£153.30

RRP: ~~£219.00~~

Stock Availablity: 7 Working Days Approx

QS Supplies

3 Features Included In This Product Explained

Medium Water Pressure

Water systems operating at a pressure between 0.5 and 0.9 bar are considered medium pressure. Products usually come labelled if they are suitable for use in medium pressure.

High Water Pressure

Water systems operating at 1.0 bar or higher pressure are considered high-pressure systems. Products usually come labelled if they are suitable to use under such pressure.

Single Lever Taps

These taps are designed with a single lever or handle to control the water's temperature and flow. Extremely easy to operate, these also allow you to preset the water temperature by leaving it in the position with your preferred water temperature. Besides, it is simple to control the flow of water; the higher you lift the lever or move it to the end, the stronger the water flow.

Reviews & Ratings

By: Christine From : Fyfield Overall Rating: Date: November 23, 2023 Perfect for my kitchen sink

Can't go wrong with Crosswater. This swivel tap operates perfectly and looks really good. I have a small sink, and this is ideal as it is not too high, and I can swivel tap head to the side when needed. Reasonably priced. I could have got a cheaper one, but this one looks very stylish.

Helpful?

Quality:

Style

Value for Money

By: Mrs. From : EDINBURGH Overall Rating: Date: September 2, 2021 Does what it says on the tin

As above

Helpful?

Quality:

Style

Value for Money

Questions & Answers

Submit Your Questions 2 Questions Answered

Have a question about this item? Ask our technical team. We aim to reply within 72 hours.

Dani Asked :
Hi. We are looking for a tap to fit a very narrow space between the sink and vertical splashback behind. Please can you give the dimensions of the width of the tap body, as well as the dimensions of the wider base lip where the tap meets the worktop? When the tap is lifted/tilted backwards - how many mm extra width does this new angle create at the top, please?

Answered By QS Team

Please see the attached PDF file for dimensional details.

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Nathan Asked :
Hi, what is the flow rate of the Cucina Design Single Lever Mono Kitchen Mixer DE716DC? I am aiming for 5 l/min, but if this is not achievable with this product, could you recommend a potential restrictor which would be compatible?

Answered By QS Team

Please refer to the attached image for flow rates.

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