Redroom TT Lux Quartz White Heated Towel Rail 1635x496mm (TTL16005005521)
Redroom TT Lux Quartz White Heated Towel Rail
Model Number: TTL16005005521
Dimensions: 1635mm (Height) x 496mm (Width)
Key Features:
Colour & Finish:
This towel rail is finished in Quartz White, offering a fresh, contemporary look that complements modern bathroom designs. The neutral colour enhances any bathroom décor, bringing both style and functionality.
Material & Build:
Constructed from high-quality, corrosion-resistant materials, the towel rail is built to endure the humidity and moisture typically found in bathrooms. Its sleek, straight-bar design adds a touch of elegance while providing efficient towel drying capacity.
Heating:
The electric heating system ensures rapid and even towel drying. The integrated heating elements distribute heat evenly across the bars for consistent warmth. The towel rail operates energy-efficiently, delivering reliable performance without excessive energy consumption.
Output: 795 Watts / 2713 BTU
Functionality:
Not only does it dry towels, but it also helps to warm the bathroom, making it ideal for colder months. The evenly spaced bars allow for ample towel hanging space, and the even heat distribution ensures effective drying.
Installation:
Designed for wall-mounting, this towel rail saves space while offering a stylish solution for any bathroom. It is compatible with a wide range of plumbing and electrical systems, making it versatile for different bathroom setups.
Dimensions & Size:
- Height: 1635mm
- Width: 496mm
- Ideal For: This larger model is perfect for medium to large bathrooms, offering significant space for multiple towels.
Why Choose the Redroom TT Lux Quartz White Towel Rail?
- Elegant & Modern Design: The Quartz White finish provides a stylish, clean look that complements contemporary bathroom interiors.
- Efficient Heating: Provides both towel drying and bathroom warmth, making it ideal for colder seasons.
- Durable & Long-Lasting: Made from corrosion-resistant materials for enhanced durability and longevity in humid environments.