Skip to navigation Skip to content

Brenton Milos Designer Heated Towel Rail

RRP £330 save 39%

£199.99

Please select an option
Please select an option

Loading delivery estimate...

Klarna
Pay 3 interest-free instalments of £66.66 with Klarna. More about Klarna
Clearpay
Pay 4 interest-free instalments of £50.00 with Clearpay. More about Clearpay

What's great about it?

  • Available in 3 modern finishes: Textured Matt Carbon Anthracite, Polished Chrome and Textured Matt White
  • Made from high quality low carbon steel
  • Modern and practical ladder design
  • Designed to be wall mounted
  • Dual fuel compatible
  • 5 year manufacturer's guarantee

Full details

At home with Drench

See how other customers have styled this product

How to add photos

Features:
  • Available in 3 modern finishes: Textured Matt Carbon Anthracite, Polished Chrome and Textured Matt White
  • Made from high quality low carbon steel
  • Modern and practical ladder design creates ease when hanging towels
  • Designed to be wall mounted, ideal for smaller spaces
  • Dual fuel compatible which is both energy efficient and cost-effective
  • If you are looking to use this heated towel rail as dual fueled, you will need to also purchase a T-Piece and the relevant heating element. Your heating element wattage will vary depending on which sized radiator you choose. To view our collection of heating elements simply click here
  • Radiator valves sold separately, please see our recommended extras
  • 5 year manufacturer's guarantee

Downloads
Technical Specifications
Product Overview
Product Code INST1200-500-A
Type Designer Heated Towel Rails, Ladder Towel Rails
Brand Brenton
Brand Range Brenton Milos
GuaranteeMore information 5 Years
Features
Popular Features Dual Fuel Compatible
Material Mild Steel
Number of SectionsMore information 3 Sections
Number of Tubes 13 Tubes
Number of GapsMore information 12 Gaps
Style
Shape Flat
Mounting Type Wall Mounted
Style Modern
Orientation Vertical
Finish Texture Textured Matt
Finish Carbon Anthracite
Dimensions
Wall to Face (mm)More information 124
Wall to Pipe Centres (mm)More information 83
Depth (mm) 72
Width (mm) 500
Height (mm) 1200
Pipe Centres (mm)More information 454
Heat Output
Fuel SourceMore information Central Heating, Dual Fuel
Heat Output (BTU∆t 30ºC)More information 940
Heat Output (BTU∆t 50ºC)More information 1845
Heat Output (BTU∆t 60ºC)More information 2286
Heat Output (Watts∆t 50ºC)More information 541

(2)

Loading delivery estimate...

RRP £330 save 39%

£199.99

The Drench difference

3D Design Service

We've helped thousands of customers create their dream space. More

Free consultations

Book a chat with our bathroom experts. More

Rated 'Excellent'

Delighting customers for 10+ years. See reviews

90 days to change your mind

+ optional specialist collection service. See policy

Free delivery over £500

Standard delivery to most of UK, plus discounted next day rates too. See policy

Guides & inspiration

We've created an extensive range of design guides to inspire you. See more

As seen in

Stylist
House Beautiful
The Telegraph
Homes & Gardens
Real Homes
Ideal Home

Advice guides

Back to top

Guarantee

Please note that these guarantees are provided by the manufacturer, and will be subject to individual exclusions, exceptions, and terms and conditions, for example avoiding abrasive bleach-based cleaning products.

If you need further info about a specific manufacturer's guarantee, please contact our team.

When looking straight on at your radiator, this is the number of individual sections with gaps in between you’ll be able to see. A section can have multiple columns within it, the number of sections relates to how many rows of columns your radiator has.

This is an indication of the number of spaces there are between the sections of your radiator. For example, a radiator with 3 sections will have 2 gaps.

Wall to face is the distance from the wall to the furthest point on the front of the radiator. This figure is an indicator of how far your product will protrude into the room.

This measurement will show you how far from the wall the centre of the pipes for your radiator will need to be. It is an indication of how far away the pipe inlets for the radiator need to be from the wall which is useful if you are looking to install a radiator using your existing pipework.

This is the distance between the centre of the two pipe inlets on your radiator or towel rail. This figure is an indication of where the two pipes for your radiator will need to go and can be helpful if you want to install a radiator using your existing pipes.

This is the source of fuel your radiator or towel rail will use to provide heat. Radiators will generate heat through central heating systems, electricity, or a combination of both with dual fuel.

Central Heating:
These radiators will generate heat through the water pumped round your central heating system.

Electric:
Electric radiators contain fluid heated by an electrical element. They plug into a socket or are wired directly into the mains.

Dual Fuel:
Dual fuel radiators are able to run on both central heating and electric power. They contain a ‘summer’ heating element which will allow you to use your radiator in warmer months without needing to turn on your entire central heating system.

BTU (British Thermal Units) is a measure of the heat output of radiators. ∆t 50ºC is the standard output of boilers in the UK & Europe, so this figure is an indication of the heat output (BTU) your radiator will give you at this standard temperature. To find out the BTU you need for rooms in your home, take a look at our BTU Calculator.

BTU (British Thermal Units) is a measure of the heat output of radiators. ∆t 50ºC is the standard output of boilers in the UK & Europe, so this figure is an indication of the heat output (BTU) your radiator will give you at this standard temperature. To find out the BTU you need for rooms in your home, take a look at our BTU Calculator.

BTU (British Thermal Units) is a measure of the heat output of radiators. ∆t 60ºC was previously the standard output of boilers in the UK (the UK has now aligned with the rest of Europe to use ∆t 50ºC). BTU ∆t 60ºC is an indication the output in BTU your radiators will give you at this standard temperature. To find out the BTU you need for rooms in your home, take a look at our BTU Calculator.

Watts is a measure of heat output used for electric radiators, with a higher watt figure meaning a higher heat output. Purchasing a radiator that has the correct wattage will ensure your room will be at a comfortable temperature without wasting energy.

By using our BTU Calculator,you can calculate the number of watts your radiator needs to adequately heat your room.

Products with estimated delivery dates take a little longer to get to you safely and are not available for next day delivery.

We will do our utmost to meet these estimates, although we recommend you do not book an installer until you have received and checked your order.

If you are in a hurry, view similar products available for next day delivery.

Share your photos

1) Take a photo of your product and post it to Instagram.

2) Mention us with @drench.co.uk so we can see your photo when you post it.

Guarantee

Please note that these guarantees are provided by the manufacturer, and will be subject to individual exclusions, exceptions, and terms and conditions, for example avoiding abrasive bleach-based cleaning products.

If you need further info about a specific manufacturer's guarantee, please contact our team.

When looking straight on at your radiator, this is the number of individual sections with gaps in between you’ll be able to see. A section can have multiple columns within it, the number of sections relates to how many rows of columns your radiator has.

This is an indication of the number of spaces there are between the sections of your radiator. For example, a radiator with 3 sections will have 2 gaps.

Wall to face is the distance from the wall to the furthest point on the front of the radiator. This figure is an indicator of how far your product will protrude into the room.

This measurement will show you how far from the wall the centre of the pipes for your radiator will need to be. It is an indication of how far away the pipe inlets for the radiator need to be from the wall which is useful if you are looking to install a radiator using your existing pipework.

This is the distance between the centre of the two pipe inlets on your radiator or towel rail. This figure is an indication of where the two pipes for your radiator will need to go and can be helpful if you want to install a radiator using your existing pipes.

This is the source of fuel your radiator or towel rail will use to provide heat. Radiators will generate heat through central heating systems, electricity, or a combination of both with dual fuel.

Central Heating:
These radiators will generate heat through the water pumped round your central heating system.

Electric:
Electric radiators contain fluid heated by an electrical element. They plug into a socket or are wired directly into the mains.

Dual Fuel:
Dual fuel radiators are able to run on both central heating and electric power. They contain a ‘summer’ heating element which will allow you to use your radiator in warmer months without needing to turn on your entire central heating system.

BTU (British Thermal Units) is a measure of the heat output of radiators. ∆t 50ºC is the standard output of boilers in the UK & Europe, so this figure is an indication of the heat output (BTU) your radiator will give you at this standard temperature. To find out the BTU you need for rooms in your home, take a look at our BTU Calculator.

BTU (British Thermal Units) is a measure of the heat output of radiators. ∆t 50ºC is the standard output of boilers in the UK & Europe, so this figure is an indication of the heat output (BTU) your radiator will give you at this standard temperature. To find out the BTU you need for rooms in your home, take a look at our BTU Calculator.

BTU (British Thermal Units) is a measure of the heat output of radiators. ∆t 60ºC was previously the standard output of boilers in the UK (the UK has now aligned with the rest of Europe to use ∆t 50ºC). BTU ∆t 60ºC is an indication the output in BTU your radiators will give you at this standard temperature. To find out the BTU you need for rooms in your home, take a look at our BTU Calculator.

Watts is a measure of heat output used for electric radiators, with a higher watt figure meaning a higher heat output. Purchasing a radiator that has the correct wattage will ensure your room will be at a comfortable temperature without wasting energy.

By using our BTU Calculator,you can calculate the number of watts your radiator needs to adequately heat your room.

Guarantee

Please note that these guarantees are provided by the manufacturer, and will be subject to individual exclusions, exceptions, and terms and conditions, for example avoiding abrasive bleach-based cleaning products.

If you need further info about a specific manufacturer's guarantee, please contact our team.

When looking straight on at your radiator, this is the number of individual sections with gaps in between you’ll be able to see. A section can have multiple columns within it, the number of sections relates to how many rows of columns your radiator has.

This is an indication of the number of spaces there are between the sections of your radiator. For example, a radiator with 3 sections will have 2 gaps.

Wall to face is the distance from the wall to the furthest point on the front of the radiator. This figure is an indicator of how far your product will protrude into the room.

This measurement will show you how far from the wall the centre of the pipes for your radiator will need to be. It is an indication of how far away the pipe inlets for the radiator need to be from the wall which is useful if you are looking to install a radiator using your existing pipework.

This is the distance between the centre of the two pipe inlets on your radiator or towel rail. This figure is an indication of where the two pipes for your radiator will need to go and can be helpful if you want to install a radiator using your existing pipes.

This is the source of fuel your radiator or towel rail will use to provide heat. Radiators will generate heat through central heating systems, electricity, or a combination of both with dual fuel.

Central Heating:
These radiators will generate heat through the water pumped round your central heating system.

Electric:
Electric radiators contain fluid heated by an electrical element. They plug into a socket or are wired directly into the mains.

Dual Fuel:
Dual fuel radiators are able to run on both central heating and electric power. They contain a ‘summer’ heating element which will allow you to use your radiator in warmer months without needing to turn on your entire central heating system.

BTU (British Thermal Units) is a measure of the heat output of radiators. ∆t 50ºC is the standard output of boilers in the UK & Europe, so this figure is an indication of the heat output (BTU) your radiator will give you at this standard temperature. To find out the BTU you need for rooms in your home, take a look at our BTU Calculator.

BTU (British Thermal Units) is a measure of the heat output of radiators. ∆t 50ºC is the standard output of boilers in the UK & Europe, so this figure is an indication of the heat output (BTU) your radiator will give you at this standard temperature. To find out the BTU you need for rooms in your home, take a look at our BTU Calculator.

BTU (British Thermal Units) is a measure of the heat output of radiators. ∆t 60ºC was previously the standard output of boilers in the UK (the UK has now aligned with the rest of Europe to use ∆t 50ºC). BTU ∆t 60ºC is an indication the output in BTU your radiators will give you at this standard temperature. To find out the BTU you need for rooms in your home, take a look at our BTU Calculator.

Watts is a measure of heat output used for electric radiators, with a higher watt figure meaning a higher heat output. Purchasing a radiator that has the correct wattage will ensure your room will be at a comfortable temperature without wasting energy.

By using our BTU Calculator,you can calculate the number of watts your radiator needs to adequately heat your room.