Philo Ducted Pellet Stove

The larger, more proportionate combustion chamber enhances the view of the flame, offering a breathtaking experience. The Philo Ducted Pellet Stove’s height and depth promote vertical development, allowing the flame to move naturally. Additionally, the firebox and crucible are cleaned and reshaped for a more enjoyable viewing experience, even when the flame is off.

Sealed Structure for Maximum Efficiency

This stove features a perfectly sealed combustion chamber, drawing oxygen exclusively from the outside. As a result, it reduces consumption and ensures optimal thermal comfort in modern homes. Even homes with a class A energy rating can enjoy efficient heating without the risk of smoke emissions.

Quick Ignition and Adjustable Heat Direction

With a new ceramic spark plug, the stove ignites in under three minutes, cutting ignition times by 40%. This also significantly lowers electrical consumption, offering a quicker and more energy-efficient start. The redesigned Halo Ducted Pellet Stove retains the popular feature of adjustable front air flows. By opening the top door, you can access two knobs to direct the heat where it’s needed. The stove includes three fans: one for room ventilation and two that can be ducted to heat other rooms, even on different floors.

Effortless Cleaning

The ash drawer now holds up to 5 liters, while the compartments offer over 8 liters of capacity. This means you can go about a week of stove operation (8 hours/day) without needing to empty them.

“Brushless” Gear Motor for Quiet, Efficient Operation

The stove uses an exclusive, patented “brushless” gear motor designed by MCZ. This motor powers the pellet feed screw and automatic brazier cleaning system. Compared to traditional motors, it is quieter, more powerful, and uses 90% less electricity.

Advanced Wi-Fi Control Included

The stove comes with Maestro+ technology, which allows you to control it via Wi-Fi. This integrated micro-computer works seamlessly with your smartphone, ensuring efficient operation even in less-than-ideal conditions.