Amaldi Colore Matt Black 800mm x 500mm Straight Dry Thermal Electric Heated Towel Rail

Model Number: WDB15725

Introducing the Amaldi Colore Matt Black 800mm x 500mm Straight Dry Thermal Electric Heated Towel Rail, a stylish and functional addition to any modern bathroom. Designed to keep your towels warm and dry while enhancing the aesthetic appeal of your space, this towel rail seamlessly blends practicality with contemporary design. Its striking matt black finish adds a touch of sophistication, making it an ideal choice for homeowners, designers, and contractors looking to elevate their bathroom experience.

The Amaldi towel rail boasts a vertical orientation and a sleek square shape, offering a compact yet effective heating solution. Measuring 800mm in height and 500mm in width, it fits perfectly in various bathroom sizes, providing ample space for multiple towels. With a robust build made from mild steel, this towel rail ensures durability and longevity, complemented by a five-year guarantee for peace of mind.

Equipped with eight evenly spaced bars, each measuring 68mm x 12mm, the heated towel rail delivers a commendable heat output of 200 watts. This efficient heating capacity quickly warms up your towels, ensuring you have a cosy wrap after your shower or bath. The electric power source eliminates the need for bulky plumbing, making installation simple and hassle-free.

Furthermore, the Amaldi Colore Towel Rail operates effectively within a pressure range of 1 to 4 bar, catering to various household systems. Its modern design is not only aesthetically pleasing but also enhances energy efficiency, making it a sustainable choice for your heating needs.

Key Features:

• Stylish matt black finish for a contemporary look
• Compact dimensions: 800mm x 500mm, ideal for small to medium bathrooms
• Durable mild steel construction with a 5-year guarantee
• Eight bars for efficient towel drying
• Fast heating with a power output of 200 watts
• Electric operation for easy installation and maintenance
• Vertical orientation to maximise space usage