Reina Sesia Chrome Designer Towel Rail 1180 x 500mm

Sesia 1180 x 500mm Chrome Designer Towel Radiator by Reina

Experience elegance with the Sesia chrome designer towel radiator. Featuring sleek rectangular bars in an open ended design, it adds a contemporary touch to any bathroom. With a reversible design for seamless integration, Sesia combines versatility and sophistication.

Reina Sesia Towel Radiator - Features

• Material: Steel
  Steel radiators provide great heat outputs, are very reliable as well as affordable
• Finish: Chrome
  Chrome has a reflective mirrored surface which complements most bathroom taps and accessories
• Style: Designer Towel Rail
  Designer towel rail contributes to a modern bathroom aesthetic
• Inlets: Bottom
  Bottom inlets are suitable for use with pipework coming from the floor or wall
• Handing: Both
  The Sesia towel rail can be installed with the bars on the left or right hand side

Reina Sesia Towel Radiator - Details

• Height: 1180mm
• Width: 500mm
• Depth From Wall To Front of Radiator: 85/100mm
• Pipe Centres: 100mm
• Tapping From Wall: 65/80mm
• Heat Output (Delta T50): 1638 BTU
• Heat Output (Delta T50): 480 Watts
• Product Code: RND-SS511

Additional Information

• Compatible with central heating systems
• Supplied with necessary brackets
• Provides a source of heat in the bathroom and can help prevent mould growth
• Supplied with a 5 year manufacturer's guarantee
• This Sesia towel rail is supplied with 12 bars/tubes
• Suitable for dual fuel installation with the following Reina elements: Standard 250 watt or Thermo 300 watt
• The Sesia towel rail has a stylish open ended design with rectangular shaped bars
• The towel bars on the Sesia can be installed to the left or right hand side (reversible design)
• The wall fixings are positioned on the vertical profiles, allowing the majority of the width to be dedicated to your towels

Optional Extras

Click Here to view Reina radiator accessories.

Heat Output Calculator

Want to find out if this radiator will heat your room? Click here for our Radiator Heat Output Calculator.