Transform your bathroom into a wellness oasis with the infrared mirror heater from DIGEL HEAT

Say goodbye to cold, damp mornings with the infrared mirror heater from DIGEL HEAT. Designed to keep your bathroom warm and dry, this innovative heater uses advanced infrared radiation to heat walls and tiles, ensuring quick drying and preventing foggy mirrors after showers. Experience a warm and comfortable indoor space every morning, free from the discomfort of damp, cold air.

Sleek heating solution for any space

The infrared mirror heater from DIGEL HEAT is not only perfect for bathrooms but also a stylish addition to hallways and entrances. By combining functionality with modern design, it serves as both a heater and an elegant mirror, enhancing the look and feel of any space.

Quick, efficient, and economical heating

Enjoy quick and efficient heating with the DIGEL HEAT mirror heater. It offers a fast heating phase, optimal heat distribution, and high efficiency, making it ideal for quick wellness warmth or as a complete, economical heating solution. With SmartHome-compatible thermostats, you can easily adjust the temperature to your preference, save on energy costs, and protect the environment.

Why choose infrared mirror heaters from DIGEL HEAT?

• Instant heat: Ready to use immediately and provides comfortable warmth within minutes.
• Safety first: Equipped with single-pane safety glass and a powder-coated steel plate at the back.
• Maintenance-free: Enjoy hassle-free heating without the need for expensive maintenance or repairs.
• Smart heating control: Use SmartHome thermostats for timed or individual heating.
• Premium quality: Made in Germany with a five-year warranty for peace of mind.

Specifications:

• Surface: 4 mm single-pane safety mirror glass
• Surface temperature: Approximately 90-100 degrees Celsius
• Usage area: Ideal for bathrooms, living rooms, workplaces, and commercial spaces
• Protection class: IP 54
• Voltage: 230 V, 50 Hz
• Installation: Suitable for wall mounting or as a standalone module

Model overview: