Montpellier 2 Column Cast Iron Radiator - 790mm High - 3 Sections

Quickfind Code: 61391 SKU: MONT-790-03
Montpellier Cast Iron Radiator - 790mm High Montpellier Cast Iron Radiator - 790mm High
  • Montpellier Cast Iron Radiator - 790mm High
  • Montpellier Cast Iron Radiator - 790mm High - Side View
  • Montpellier Cast Iron Radiator - 790mm High - Front View
  • Montpellier Cast Iron Radiator - 790mm High - Old Penny with a Bright Gold Highlight
  • If no colour is saved we will send a natural cast painted radiator
Number of Sections
£301.00
Tax included
In Stock
If you order before 2pm your order will be delivered FREE between Wednesday, 31st July - Monday, 5th August
info Product Information

The Montpellier Old Style Cast Iron Radiator

Inspired by the daring simplicity of daisies to bring beauty to any room

The Montpellier old style cast iron radiator, also known as the “daisy radiator”, is an alluring decorative style cast iron radiator. The Montpellier’s origins lie in France in the late 1890’s. The seductive design emits romance with its delicate daisy and ribbons pattern, which flows from the ornate foot of the radiator to the top.

The Montpellier lends itself well to a hand-painted highlight finish or a hand-polish effect, which only serves to accentuate and add more charm to this cast iron radiator – a genuinely captivating centrepiece for any room.

No. Of SectionsLength mmBTU'sWatts
3 247 1158 339
4 318 1544 452
5 389 1930 565
6 460 2316 678
7 531 2702 791
8 602 3088 904
9 673 3474 1017
10 744 3860 1130
11 815 4246 1243
12 886 4632 1356
13 957 5018 1469
14 1028 5404 1582
15 1099 5790 1695
16 1170 6176 1808

Listed at Delta T50.

Returns policy for Paladin Branded Products
MONT-790-03 Reference
In Stock Stock Level

Technical Specifications

Orientation Horizontal
Height 790mm
BTU Output 386 Per Section
Watts Output 113 Per Section
Guarantee 10 Years
Material Cast Iron
Projection From The Wall 180mm
Socket Width ½" BSP
Model Montpelier

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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