Millitwin Underfloor Heating 120W/m² - Cable Ø3mm - Frico

Millitwin Underfloor Heating for Tiled Floors - Power 120 W/m² - FRICO

The Millitwin radiant floor is a high-performance heating solution suitable for both new construction and renovation projects, especially when ceiling height is limited. This system is perfectly adapted for residential homes as well as commercial spaces, even on substrates that cannot support heavy loads.

The millimetric heating cable Ø 3 mm is integrated into a closely meshed grid (6 cm), ensuring uniform heat distribution across the entire surface. Installation is done directly in 5 mm of tile adhesive, without requiring a traditional screed. This technique guarantees rapid system startup and eliminates waiting times associated with drying.

Thermal Comfort and Energy Control

This low-temperature radiant floor optimizes indoor well-being while achieving up to 20% energy savings. Individual room management takes advantage of free heat gains (sunlight, household appliances, etc.). Millitwin naturally fits into an HQE approach (High Environmental Quality).

The system can also serve as a tempered floor in a bathroom, in combination with a ceiling heater or towel warmer.

Advantages of the Millitwin 120 W/m² System

Express installation with no drying time required

Minimal bulk and reduced mass

No visible emitters or air movement

Evenly distributed heat, with no cold spots or overheating

Instant comfort sensation due to low thermal inertia

No maintenance required

About the Frico Brand

Frico stands as a leader in developing innovative and economical heating solutions. The brand offers a comprehensive range designed to minimize heat loss while maximizing user comfort: energy-efficient Thermozone air curtains, radiant cassettes that reproduce solar warmth, robust unit heaters, destratifiers, and control systems. Frico convectors complete this offering by effectively combating cold air infiltration for homogeneous heat distribution. Frico thus represents the preferred choice for combining thermal performance, energy savings, and efficiency.