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Clarendon Cast Iron Radiator - 740mm High - 3 Sections

Quickfind Code: 70491 SKU: CLAR-740-03
Clarendon Cast Iron Radiator - 740mm High Clarendon Cast Iron Radiator - 740mm High
  • Clarendon Cast Iron Radiator - 740mm High
  • Clarendon Cast Iron Radiator - 740mm High - Side View
  • Clarendon Cast Iron Radiator - 740mm High - Front View
  • Clarendon Cast Iron Radiator - 740mm High - Old Penny
  • If no colour is saved we will send a natural cast painted radiator
Number of Sections
£278.00
Tax included
In Stock
If you order before 2pm your order will be delivered FREE between Thursday, 5th October - Monday, 9th October
info Product Information

The Clarendon Old School Cast Iron Radiator

A truly classic design that has taken inspiration from some of Britain’s oldest and most elite schools

The Clarendon is an old school cast iron radiator which has been expertly designed to be an exact copy of the original Clarendon. It is named after the Clarendon group of old schools some of which include Harrow, Eton and Winchester. This modest and characterful radiator lends itself to both contemporary and traditional spaces.

No. Of SectionsLength mmBTU'sWatts
3 228 1057 310
4 293 1409 413
5 358 1762 516
6 423 2114 620
7 488 2466 723
8 552 2819 826
9 617 3172 929
10 682 3523 1033
11 747 3876 1136
12 812 4228 1239
13 876 4580 1342
14 941 4933 1446
15 1006 5285 1549
16 1071 5637 1652
17 1136 5990 1755
18 1200 6342 1859

Listed at Delta T60.

Returns policy for Paladin Branded Products
Paladin Radiators Brand
CLAR-740-03 Reference
In Stock Stock Level
Material Cast Iron
Height 740mm
BTU Output 352 Per Section
Watts Output 103 Per Section
Orientation Horizontal
Projection 145mm
Guarantee 10 Years
Socket Width ½" BSP
Model Clarendon

Tags

Cast Iron Radiators Victorian Radiators Modern Cast Iron Radiators Clarendon Paladin Radiators

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°