500mm (w) x 800mm (h) "Volga" Brushed Bronze Designer Towel Rail
This 500mm (w) x 800mm (h) Brushed Bronze designer towel rail is a statement piece of designer heating. This unique design allows multiple towels to be easily stored. The towel rail can be installed on a central heating system, fitted as a stand alone electric unit or as dual fuel towel rail for maximum efficiency.
Data sheet
- Outer Finish
- Brushed Bronze
- Height (mm)
- 800mm
- Width (mm)
- 500mm
- Colour Family
- Bronze
- Material
- Mild Steel
- Output BTUs
- 885
- Output Watts
- 259
- Tube Bar Pattern
- 22mm Diameter Bars
- Fixing Kit
- Bronze brackets and wall screws
- Accessories
- Bleed Valves & Blank Plugs
- Maximum Operating Pressure
- 6Bar
- Guarantee
- 5 Years Euronorm BS EN 442
- Projection
- 90mm
- Pipe Centres
- 455mm
- Socket Width
- ½BSP (NOTE: Valves not Included)
- Fuel Type
- Central Heating
- Brand
- Zen Bathrooms
Why Buy This Black Designer Towel Rail?
"This Brushed Bronze Towel Rail 500mm (w) x 800mm(h) heated towel rail exudes a timeless elegance which will beautifully enhance both contemporary and more traditional interiors. Its an ideal option for heating bathrooms where wall space is at a premium, such as ensuites or downstairs cloakrooms."
Product Description:
- The high heat output of our towel rails are achieved from the sourcing of high quality steel finished with a robust matt textured black powder coated paint.
- All our heat output figures (BTU'S) are listed at Delta T50.
- Available in 3 sizes:
500mm(w) x 800mm(h)
500mm(w) x 1200mm(h)
500mm(w) x 1600mm(h)
- All our towel rails are supplied with a wall mounting kit (including bleed valve and blank plugs)
- This towel rail is supplied with a 5 year manufacturer guarantee. (Euronorm BS EN 442).
NOTE: Please do not compare this product with cheap imports, which will be aesthetically less appealing, have a poor finish and a reduced heat output.
Radiator Valves
Others in range
This is just a guide for reference only, rooms may require more than one radiator. If this applies to you, divide the required output between the number of radiators required. All figures given are for Delta T 50°