The Carisa Aldo Towel Radiator is a lovely design, with open-ended bars creating a really modern look. The Carisa Aldo would look stunning in a bathroom, and can be mounted on the left hand or right hand side.  

The Carisa Aldo Mild Steel Towel Radiator has a great artistic look with its vertical tall standing frame and Chunky horizontal bars set in the middle allowing you to slip towels over to warm. It has a modern look so will seamlessly blend in with any modern room design. Available in a Stunning Chrome Finish the Aldo is a great choice with its generous heat outputs & style. 

The Aldo Towel would look great in any Bathroom, Cloakroom, Kitchen, Spa or Wellness Centre. Their stylish,  horizontal bars look very smart indeed, it is a funky design that has clean lines and a fresh look. This design is a great space saver yet ideal for hanging towels or holding a robe to warm whilst you bathe.

• Available in a Chrome Finish
• Guaranteed by Carisa for 5 years
• Made from Mild Steel 
• Delivery: 2-4 working days 
• Delivery on Made to Order sizes 6 - 8 weeks
• Fuel Options: Central Heating only
• Output ∆t 70ºc
• All Carisa products are tested @ Delta T-70 (∆t 70ºc)  to convert this to Delta T-50 (∆t 50ºc)  please divide the BTU shown by 1.54

Valves

https://www.greatrads.co.uk/collections/radiator-valves  

Pipework coming from floor - Straight Valves

Pipework coming from wall- Corner/Angled Valves

Sleeving Kits / Pipe Covers 

Finish off the look with our sleeving kits, making your pipework look fresh and matching your shiny new valves, Please follow

https://www.greatrads.co.uk/collections/radiator-valves/products/130mm-and-300mm-sleeving-kit-various-colours

If this item is out of stock at the time of purchase you will be contacted via email.

Assembly Instructions

https://carisaradiators.co.uk/wp-content/uploads/assembly/ALDO.pdf

Technical Brochure

https://carisaradiators.co.uk/wp-content/uploads/tech/aldo_tec.pdf

Sizing and Heating Outputs

• All Carisa products are tested @ Delta T-70 (∆t 70ºc)  to convert this to Delta T-50 (∆t 50ºc)  please divide the BTU shown by 1.54