All mechanisms for XFire provide comfortable use and long-term reliability. Even the smallest detail is carefully designed by a team of highly qualified specialists and tested by a number of laboratory tests.
Secret of success
Durable heat-resistant boiler, alloy steel with a thickness of at least 4 mm, used in the manufacture of XFire fireplace inserts, differs from the usual one in greater heat resistance – due to the addition of chromium. High-alloy steel does not burn through longer and does not lose shape longer, does not bend under the influence of temperature.
The combustion chamber of the furnaces is equipped with protective panels made of the XFire team’s patented, innovative material – KeramiteX©, obtained as a result of research in the laboratory. It is most resistant to high temperatures, designed for regular use, not subject to deformation
XFire glass is a special heat-resistant transparent enamel sheet glass that has low thermal expansion and is used in high temperature environments, namely for fireplace insert doors.
Ceramic fire-resistant glass will not be exposed to extremely high temperatures.
In addition, it has good heat conductivity, which allows you to keep the direct functions of the fireplace. You will be able to enjoy the perfect flame.
Heat-resistant paint for XFire fireplaces, when heated, does not evaporate toxic substances, as well as unpleasant odors and smoke. The paint is highly resistant to mechanical damage. Stay warm with the pure warmth of XFire!
We carefully treat the production of every, even the smallest detail.
A fireplace is a living organism for us, and not just a metal appliance. It is extremely important for us that all systems work in unison with a pulsating burning heart.
High-tech machines provide a constant and high level of quality, without the human factor. Lasers cut parts very accurately, bending machines bend, and welding robots weld parts. Always on the same indicators, tolerances.
The part either meets the specified criteria and goes into production, or not. With a robot, the seam is always accurate. The robot, depending on the model, can check the seam with a magnetic field, ultrasound, radiography (X-ray), laser, or several methods. Therefore, mistakes are not allowed.