318mm (w) x 1800mm (h) "Vesuvius" White Vertical Aluminium Radiator (4 Extrusions)
The Vesuvius White Radiators are a modern aluminium radiator with extruded sections and multiple fins for increased surface area. These radiators have been designed to be lightweight & super efficient without sacrificing aesthetics.
Data sheet
- Outer Finish
- White Powder Coating
- Height (mm)
- 1800mm
- Width (mm)
- 318mm
- Design
- Vesuvius
- Colour Family
- White
- Material
- Aluminium
- Output BTUs
- 4406
- Output Watts
- 1291
- Tube Diameter (mm)
- 75mm x 75mm
- Tube Bar Pattern
- 4 Aluminium Extrusions
- Fixing Kit
- Four point white wall fixings
- Accessories
- Bleed Valves & Blank Plugs
- Maximum Operating Pressure
- 6 Bar
- Guarantee
- 10 Years Euronorm BS EN 442
- Projection
- 90mm
- Pipe Centres
- 318mm plus valve widths
- Socket Width
- ½BSP (NOTE: Valves not Included)
- Fuel Type
- Central Heating
- Brand
- NWT Direct
Why Buy This Aluminium Radiator?
"The White Vesuvius range are a modern aluminium radiator with extruded sections and multiple fins for increased surface area. These radiators have been designed to be lightweight & super efficient without sacrificing aesthetics."
Product Description:
- Our range of aluminium radiators are designed in house and manufactured at our modern factory.
- The high heat output of our radiators are achieved from the sourcing of high quality aluminium, finished in a robust powder coated white finish.
- All our heat output figures (BTU'S) are listed at Delta T50.
- All our radiators are supplied with a wall mounting kit (including bleed valve and blank plugs)
- This radiator is supplied with our 10 year manufacturer guarantee. (Euronorm BS EN 442).
NOTE: Please do not compare this product with cheap imports, which will be aesthetically less appealing, manufactured with thinner tubes, 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°