DEANTE Alex One vyhrievací rebrík do kúpeľne 85 cm výška vyhrievací rebrík na uteráky biela 480W

The DEANTE Alex One Bathroom Radiator is a high-quality, wall-mounted towel rail designed to provide efficient heating and a stylish addition to your bathroom. With a height of 85 cm and a classic ladder design, this radiator offers both functionality and aesthetic appeal. Finished in white (RAL 9016), it seamlessly integrates into modern interiors.

Advantages

This radiator delivers a heat output of 480 W (ΔT=50K), ensuring a warm and comfortable bathroom environment. Its dual fuel capability allows for use with central heating or as an electric heater with an additional heating element, providing flexibility throughout the year. The 17 horizontal bars offer ample space for drying towels, while the adjustable brackets (80-95 mm projection) simplify installation.

Suitable for

• Bathrooms requiring a compact yet powerful heating solution
• Homes with central heating systems (water-based)
• Users seeking a dual fuel radiator for year-round use
• Modern interiors with a preference for white finishes

Key specifications

• Radiator Type: Towel Rail Radiator
• Material: High-Quality Steel
• Finish: White (RAL 9016)
• Heat Output (ΔT=50K): 480 W
• Connections: 1/2" BSP
• Pipe Centres: 470 mm
• Max. Operating Pressure: 10 bar
• Max. Operating Temperature: 95°C
• Number of Horizontal Bars: 17
• Mounting: Wall Mounted
• Orientation: Vertical
• Heating Medium: Central Heating (Water)
• Dual Fuel Capability: Yes (requires additional heating element)
• Projection from Wall: 80-95 mm (adjustable brackets)
• Warranty: 8 Years
• Certifications: CE, EN 442
• Collection: Alex One
• Design: Ladder Style
• Included Accessories: Mounting Brackets, Air Vent, Blanking Plugs

Recommendations

For optimal performance, ensure installation by a qualified professional. The dual fuel option requires a separate heating element (not included). This radiator is suitable for use with most central heating systems; check compatibility with your system pressure and temperature.