Description
Reina Matera Vertical Designer Heated Towel Rail - 1412mm x 500mm - Brushed Gun Metal
The Reina Matera Vertical Designer Heated Towel Rail is a stylish and practical addition to modern bathrooms. Measuring 1412mm high and 500mm wide, it features a contemporary brushed gun metal finish and durable steel construction. Designed for vertical wall mounting, it has 11 tubes and 100mm pipe centres, providing ample space for warming towels. With a heat output of 562 watts or 1916 BTU at Delta T60 degrees C, it delivers dependable bathroom heating while adding a refined designer look to the room.
Suitable for central heating, electric and dual fuel systems, the Reina Matera offers flexible installation options and is suitable for conversion. It is manufactured to BS EN 442 standards and supplied with brackets, air vent and blanking vent for easy installation. The towel rail can be mounted with connections on either the left or right hand side, with a wall to pipe centre measurement of 68mm and wall to front measurement of 116mm. Backed by a 5 year guarantee, it provides reliable performance and contemporary style. Radiator valves are not included.
Product Specifications
- Product Type: Heated Towel Rail
- Brand: Reina
- Range: Matera
- Height: 1412mm
- Width: 500mm
- Colour: Brushed Gun Metal
- Material: Steel
- Mounting: Wall Mounting
- Guarantee: 5 Years
- Style: Modern
- Fuel Type: Central Heating/Dual Fuel/Electric
- Heat Output ΔT60°C (BTU): 1916
- Heat Output ΔT60° (Watts): 562
- Pipe Centres: 100mm
- Orientation: Vertical
- Wall to Pipe Centres: 68mm
- Wall to Front: 116mm
- Number of Tube: 11
- Suitable for Conversion: Yes
Special Features
- Suitable for Central, Electric and Dual Fuel Heating Systems
- Manufactured to BS/EN 442
- Comes complete with brackets, air and blanking vent
- The number of bars will change depending on the size of the towel rail
- Can be mounted left or right hand side
- Conforms to european ecodesign directive
- Radiator valves are not included
- Easy to install and use
- Images are shown for illustration purposes only