Brushed Brass Bathroom Straight Heated Towel Rail Radiator & Angled Thermostatic Valves

Our Brushed Brass Heated Towel Rail Radiator with Angled Thermostatic Valves and Lock-Shield Technology is the perfect blend of style and functionality for your bathroom. Made from premium low-carbon steel, this towel rail is built to last, providing long-lasting durability, efficiency, and warmth. The set includes angled thermostatic radiator valves, offering flexibility in both installation and design. These easy-to-install valves can be seamlessly integrated into various heating systems. Additionally, the lock-shield valve ensures your system maintains the desired temperature, staying consistent once set to the corresponding number indicator for reliable comfort.

• Product type: Designer Heated Towel Rail
• Colour: Brushed Brass
• Material: Brass, Low Carbon Steel
• Depth: 85mm
• Brand: FNX Bathrooms
• Shape: Rectangular
• Style: Modern
• Elevate your bathroom’s style and functionality with our Brushed Brass Heated Towel Rail Radiator, featuring Angled Thermostatic Valves and Lock-Shield Technology. Crafted from high-quality low-carbon steel, this towel rail is designed for superior durability, efficient heat output, and long-lasting performance. The set includes angled thermostatic radiator valves, providing versatile installation options and seamless compatibility with a variety of heating systems. The lock-shield valve ensures that your desired temperature remains stable, maintaining consistent warmth once set to the corresponding number indicator. This elegant towel rail is the perfect combination of practicality and sophistication for your bathroom.
• Durable Construction: The Rails are made from premium low-carbon steel for long-lasting performance. The valves are a full brass construction.
• Modern Brushed Brass Finish: Adds contemporary style to any bathroom.
• Connection/ Thread Size: UK Standard 1/2″ BSP.
• Thermostatic Control: Automatically regulate the heat output to maintain a consistent and comfortable room temperature.