"Korona" 4 Column - 500mm(h) Bare Metal Lacquered Horizontal Radiators (5 Sizes)

NWT3040-44227
  • In Stock
  • Btus: 2252 - 5855
  • 660 - 1716 Watts
"Korona" 4 Column Bare Metal Lacquered Horizontal Radiators (10 Sizes)
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  • "Korona" 4 Column Bare Metal Lacquered Horizontal Radiators (10 Sizes)
  • "Korona" 4 Column Bare Metal Lacquered Horizontal Radiators (10 Sizes)
  • "Korona" 4 Column Bare Metal Lacquered Horizontal Radiators (10 Sizes)
  • "Korona" 4 Column Bare Metal Lacquered Horizontal Radiators (10 Sizes)

The Korona 500mm (h) range is a Traditional Style 4 Column Radiator with impressive heat outputs. The bare metal lacquered finish is ideal for both period or modern properties alike. Available in a large range of sizes this is the perfect model for a full replacement of your heating system.

Choose Radiator Size
£213.00
VAT included
local_shipping Order now for FREE delivery between Wednesday, 25th May - Thursday, 26th May

Data sheet

Height (mm)
500mm
Width (mm)
474mm, 609mm, 834mm, 1014mm, 1194mm
Depth (mm)
139mm
Outer Finish
Lacquered Bare Metal
Material
Mild Steel
Design
Korona
Output BTUs
2252, 2927, 4053, 4954, 5855
Output Watts
660, 858, 1188, 1452, 1716
Tube Bar Pattern
See Description
Fixing Kit
4 Point fixing kit included
Accessories
Supplied with Wall Brackets, Bleed Valve & Blank Plug
Guarantee
10 Years
Projection
169mm (Wall to Front)
Socket Width
1/2" BSP
Fuel Type
Central Heating
Brand
NWT Direct

"Korona" 4 Column Bare Metal Lacquered Designer Horizontal Radiators (5 Sizes)

The Korona range is a Traditional Style Column Radiator with impressive heat outputs. The bare metal lacquered finish is ideal for both period or modern properties alike. Available in a large range of sizes this is the perfect model for a full replacement of your heating system.

HeightWidthDepth SectionsBTU'sWatt's
500 474 139 10 2252 660
500 609 139 13 2927 858
500 834 139 18 4053 1188
500 1014 139 22 4954 1452
500 1194 139 26 5855 1716

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°