The Pot

What is the difference between a pot and a bioethanol fireplace?

While almost everyone can distinguish the difference in perceived value as an index of construction and technological quality between two car brands, watches, or even clothing, it is much more difficult to evaluate the differences between two products in bioethanol fireplaces.

If we take a pot, pour bioethanol into it, and set it on fire, we have made a bioethanol fireplace. Not true, we have created something economically sound but aesthetically unpleasant and extremely dangerous; we have obtained an uncontrolled fire and a flammable liquid free to cause damage.

Safety is the first thing to consider in a bioethanol fireplace, not something trivial. A flammable liquid can be very dangerous if not well managed. Our burners are all anti-tip: accidental leakage of the contained liquid is not possible. Our fireplaces all come with a safety basin to prevent accidental spills during filling.

Quality is not only what is seen in finishes and details, but it is also the choice of the best raw materials, paints that do not emit toxic fumes, high-thickness safety glasses, the design that gives correct sizing to all parts of the fireplace, hundreds of hours of verification testing for each model, aging tests, a post-sales assistance service for the peace of mind of our customers, all to create objects of great enduring value.

For example, for the benefit of even some competitors: the fire-resistant glass is not just to avoid burning hands; many buy a simple burner to place it in a niche in the wall without foreseeing a glass in front of it, considering it unnecessary. The correctly sized glass allows the burner to have the right supply of oxygen for optimal combustion.

The air heated above the burner rises, drawing in fresh air rich in oxygen from below, creating an ascending current that progressively accelerates. The burner is exposed to an excessive amount of oxygen, significantly increasing the power of the flame, exponentially increasing the airflow that hits the flame, bending it towards the bottom, damaging it, and causing possible leakage from the top of the chimney, blackening or damaging the wall.

A correctly sized glass regulates the airflow to the burner, allowing it to operate with perfect parameters. The flame remains equidistant from the bottom and the glass without sudden and uncontrolled accelerations throughout its duration.

The value of a safe, high-quality, and well-built object remains intact over time.