Carisa Otto Single Aluminium Vertical Electrical Designer Radiator (1 Size)
The Carisa Otto vertical aluminium radiator is a true designer radiator. With a circular tube form that is sectional in nature, making this a standout in any property. This piece is made from high grade aluminium and heats up quickly ensuring not waste any energy and saving you money on your heating bills.
With 18 unique, high quality finishes you can be as creative as you like with your interior design ambitions. Subtly blend your chosen radiator into your surroundings or make a bold statement feature!
Data sheet
- Outer Finish
- 18 Bespoke Colours
- Height (mm)
- 1200mm
- Width (mm)
- 70mm
- Design
- Otto Single
- Colour Family
- Custom Paint
- Material
- Aluminium
- Output Watts
- 300
- Tube Bar Pattern
- 1 Section
- Fixing Kit
- Supplied with Wall Mounting Brackets, Bleed Valve & Blank Plug
- Guarantee
- 2 Years
- Projection
- 163mm to 183mm
- Fuel Type
- Electric
- Brand
- Carisa Radiators
Why are CARISA Radiators at the forefront of Designer Heating technology?
With a wealth of experience in the manufacture of reliable heating solutions the Carisa range takes this to a whole new level of unrivalled performance and beauty. The striking collection has been created, crafted and hand-finished by experts, using only the finest quality materials available.
"Otto" Designer Aluminium Electric Radiators
Available Models:
"Otto" Single Electric- 70mm (w) x 1200mm (h)- 1 Section (300 Watts)
Quality & Performance:
- Manufactured from High Quality Aluminium.
- All products tested to EN442, the harmonised European Standard.
- 5 Years Manufacturer Guarantee.
- Standard 1/2" BSP threaded valve connections.
- Supplied with Brackets, Blanking Plugs, Airvents, Fixing Screws and Raw Plugs, Bleed Key.
Returns:
Please Note: Due to the nature of the CARISA bespoke range of radiators there is a strict no returns policy in place.
Some of our other product ranges.
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°