MD / Mirror demister
SKU: | |
EAN: | |
Brand: | Warmup |
Operating voltage: | 230 V AC : 50 Hz |
Input power: | 200 W/m² |
Thickness: | 0,4 mm |
Average temperature rise: | 20° C |
Coldtail connection: | 1,5 m |
IP rating: | IP 65 |
Warranty: | 2 years |
Warmup mirror demisters transform your bathroom mirror into steam and smudge-free heated bathroom mirror
Every bathroom needs a clean and clear mirror and after a hot bath or shower, mirrors have a habit of steaming up. Easy to install and effortless to control, Warmup mirror demisters provide the perfect solution to this problem by turning your conventional mirror into a heated bathroom mirror that prevents bathroom condensation from forming on the mirror’s surface
Suitable for bathroom mirrors of all sizes:
There are four sizes of demisters available, however, the demister’s dimensions have been designed so that multiple demisters can be used to cover larger mirrors if required. Each mirror demister provides an even and consistent heat distribution at 200 W/m², allowing the mirror to heat up faster than the surrounding area, thereby preventing mist from forming on the mirror
- Small - 260mm x 360mm - ideal for smaller mirrors or use more than one on larger mirrors
- Medium - 360mm x 560mm - the medium mirror demister is perfect for longer, slimmer mirrors
- Large - 560mm x 720mm - designed for large wall-hanging bathroom mirrors
- Circular – Ø 560mm - perfect for rounded bathroom and wet room mirrors
Easy to install, automatic control:
- Warmup’s mirror demisters take the form of a flat, electrically heated film that attaches to the back of a new or existing bathroom mirror. Installation of the demister is fast and straightforward as the demister has a self-adhesive backing which the installer simply peels and sticks to the back of the mirror
- The Warmup mirror demister can be connected to the bathroom’s lighting circuit, automatically powering the demister when the lights are switched on; or alternatively, they can be operated by an independent controller that provides power on demand