Original Ballerina | 100W -150W Electric Towel Rail | Brass | Vogue UK
The Ballerina is a very popular, versatile Vogue UK ladder rail. With a nod to yesteryear, this towel warmer will bring the old-school trend to any setting. Constructed from Brass, this model has the originals ball joint which has extra line detail.
This is the Electric Only Option - See other Ballerinas for other options
- Standard Electric configuration shown in the technical drawing (horizontal, right hand side) if you require a different position please contact us directly. Main Image shows Ballerina with bespoke element placement (vertical, right hand side)
- Electric configuration includes Standard Element IP55 suitable for zones 1 & 2 of the bathroom. (see photo.) For alternative finishes, elements and cover shrouds, please contact us for a quote (see below for more information)
- Original ball joint
- Available with 3 bars, 4 bars or 5 bars (6 bars are available as bespoke)
- Made in UK with a 30-year Guarantee
- This product is Made to Order
- Made to Order Lead time is approx 6-8 weeks, Extended during busier periods
- Available in a range of plated finishes
Product | (H x W mm) | Element (Watts) | |
| 675 x 675 | 100 | |
| 675 x 825 | 125 | |
| 750 x 525 | 100 | |
| 1275 x 525 | 125 | |
| 1275 x 675 | 150 | |
| 1575 x 525 | 125 | |
| 1575 x 675 | 150 |
Click here to see the range offered on Mild Steel and Brass construction. If you are unsure whether a radiator can be customised, contact us for more information. The colours in the photos are as accurate as the colour printing processes allow. Photographs and images are for illustrative purposes only.
Vogue UK towels rails are available in a range of luxury finishes. Brass, Mild Steel & Aluminium constructions have different ranges of finishes. From subtle satin hues to bold and bright brass, a glossy sheen to textured or matt expressions, along with high-quality metallic finishes, Vogue UK have an extensive selection of colour options to add the perfect finishing touches to your custom model.