Snug

160 watt/m² heating output for efficient warmth distribution. Thickness of 3.3mm allows compatibility with most flooring types. 230V voltage with a maximum temperature...
Output power of 10W per meter for efficient heating. Thickness of 2.8mm for discreet installation in various spaces. Operates at 230V, suitable for standard electrical system...
Output of 160w/m², ensuring effective heat distribution. Thickness of only 3.3mm for seamless integration into existing floors. Operates on a 230V voltage for efficient energ...
Heating cable with output of 10W/m for efficient warmth. Designed for easy installation with supplied roll and lead wire at one end. Thin profile of 2.8mm allows for discreet...
Heating output of 160 watts per square meter for efficient warmth. Triple insulated design with a twin wire single connection for safety and performance. Robust f...
Output power of 10W/m, suitable for diverse heating needs. Triple-insulated Class 2 heating cable for enhanced safety and efficiency. Single supply lead wire simp...
Triple insulated class 2 heating mat for effective heat distribution. Output of 160w/m² with a maximum temperature output of +80°C. Thickness of 3.3mm and easy on...
Output of 10W/m, designed for efficient heating in various spaces. Triple-insulated Class 2 heating cable for enhanced safety and durability. Thin profile of 2.8mm for discre...
Heating output of 160 W/m², suitable for various applications. Thickness of 3.3 mm for easy integration into flooring. Operates at 230 V voltage with a maximum te...
Output power of 10W/m, suitable for a variety of heating applications. Triple-insulated Class 2 heating cable for enhanced safety and performance. Thickness of 2.8mm al...
Output of 160 watts/m² ensures efficient heat distribution for optimal comfort. Thickness of 3.3mm allows seamless installation under various floor types. Maximum...
Heating output of 10W per meter for efficient warmth. Triple-insulated design for enhanced safety and reliability. Thickness of 2.8mm allows for easy installation in tight sp...