Heritage Classic Anthracite Vertical 2 Column Radiator - 372mm x 1800mm - Central Heating

Quickfind Code: 45622 SKU: VKCOL2C1837AT
Heritage Classic Anthracite Vertical 2 Column Radiator - 372mm x 1800mm Heritage Classic Anthracite Vertical 2 Column Radiator - 372mm x 1800mm
  • Heritage Classic Anthracite Vertical 2 Column Radiator - 372mm x 1800mm
£251.00
Tax included
In Stock
If you order before 2pm your order will be delivered FREE on Tuesday, 13th May
info Product Information

The 372mm (W) x 1800mm (H) Heritage Classic Anthracite Vertical 2 Column Radiator offers a perfect combination of contemporary design and efficient heating. This radiator’s tall and slightly wider design makes it an excellent choice for larger spaces, while still saving floor space. The sleek anthracite finish provides a modern, sophisticated look, making it a stylish addition to any room. The 2-column design ensures consistent and effective heat output, keeping your home warm and comfortable. With its durable construction and easy installation, this radiator is both practical and stylish.

Key Features:

  • Modern anthracite finish for a contemporary look
  • 372mm (W) x 1800mm (H) dimensions, ideal for vertical installation in larger spaces
  • 2-column design for optimal heat efficiency
  • Sturdy build quality for long-lasting use
  • Perfect for enhancing modern interiors
Valve Kings Brand
VKCOL2C1837AT Reference
In Stock Stock Level

Technical Specifications

Finish Anthracite
Orientation Vertical
Width 372mm
Height 1800mm
BTU Output 3974
Watts Output 1165
Guarantee 10 Years
Material Mild Steel
Socket Width ½" BSP
Fixing Kit 4 Point Fixing Kit
Maximum Operating Pressure 6
Pipe Centres Width of Radiator Plus Width of Valves
RAL Number RAL 7016 - Anthracite grey
Accessories Supplied with Wall Brackets, Bleed Valve & Blank Plug
Tube Diameter (mm) 25mm
Tube Bar Pattern 8 - 2 Column Sections
Projection 105mm
Wall to Centre of Tapping 70mm

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°

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