Essential IVY Slimline Wall Hung Basin With 1 Tap Hole On Right Hand

Essential IVY EC7009 Details

The Essential IVY Slimline Wall Mounted Basin is the kind of fitment that will work for you in your cloakroom, where every conceivable space needs to be utilised. Its square lines are smoothed by soft edges to give a contemporary look. Constructed from the finest vitreous china, this basin is durable and will last you for many years.

It sports a crisp white finish, which gives it a clean and hygienic look. This wall-mounted, compact piece with an asymmetrical profile is perfect for smaller-dimensioned interiors. It is supplied with a single tap hole that can accommodate a range of basin mixer taps.

Available in 2 sizes: 360 x 280 mm and 450 x 220 mm
Height: 160mm (16cm)
Cloakroom basin
Supplied with one tap hole on the right
Refer technical drawing for complete size details
Brass-ware and waste shown in the image are not included

Technical Specifications

Please note all the measurements are in 'mm'

⤷ Range
: IVY
⤷ Colour
: White
⤷ Shape
: Rectangular
⤷ Handed Type
: Right Handed
⤷ Warranty/Guarantee
: 1 Year
⤷ Material
: Vitreous China
⤷ Theme
: Modern
⤷ Projection (Depth)
: 280

⤷ Width
: 360
⤷ Height
: 160
⤷ Inner Bowl Width
: 220
⤷ Inner Bowl Depth
: 220
⤷ Distance rear edge to centre of tap hole
: 55
⤷ Number of bowls
: 1
⤷ No. of Tap Holes
: 1
⤷ Tap Hole Position
: Right

Additional Info & Downloads

Download the Technical Data Sheet For 360 x 280mm Basin Pdf File Download the Technical Data Sheet For 450 x 220mm Basin Pdf File

Essential IVY Slimline Wall Hung Basin 1-Tap Hole On Right Hand

£49.78

RRP: ~~£108.89~~

IN-STOCK

Delivery in 4 Working Days Approx.

QS Supplies

1 Features Included In This Product Explained

Vitreous-China Material

Vitreous china is an innovative glass-based enamel coating applied to porcelain. This glazed coating makes the base material durable, denser, and very glossy. When ceramics are coated with vitreous enamel, the resulting product is called vitreous china. This enamel is created by applying heat to powdered glass.