Description of the Slider Glass Designer Bioethanol Fireplace

The Slider Glass Bioethanol Fireplace combines modern design, a safe construction, and an innovative flame extinguishing system. Thanks to its unique slider mechanism, flame control is simple, smooth, and intuitive. The fireplace creates the appearance of a traditional wood-burning fire, while the glass elements enhance the visual depth of the flames, making it the focal point of any interior.

• Contemporary design for residential and commercial interiors.
• Fuel burner finished with black heat-resistant glass.
• Three-dimensional flame effect created by reflections in the upper and vertical glass panels.
• Two-sided flame visibility through the glass.
• Suitable for installation in a wide variety of built-in designs and surfaces.
• Natural yellow flame resembling a traditional wood-burning fireplace.
• Designed for long-lasting performance without compromising appearance or functionality.
• Unique slider-based flame control and extinguishing mechanism.
• Quick and reliable flame extinguishing with a single movement of the lever.

Construction & Technology

• Manufactured from heat-resistant steel and glass.
• Operates using bioethanol vapor combustion technology.
• Special burner design minimizes odor when extinguishing the flame.
• Hermetically sealed double-wall construction with a thermal insulation layer.
• Even fuel distribution across the entire length of the burner.
• Designed to prevent fuel leaks, boiling, flare-ups, and sudden ignition.
• Convenient filling opening for quick and easy refueling.
• Finished with black heat-resistant fireplace paint.

Safety

• Reliable mechanical flame extinguishing system.
• The flame arrester instantly covers the burner opening.
• The flame can be extinguished safely at any time during operation.
• Hermetically sealed construction enhances operational safety.
• Heat-resistant glass is highly resistant to overheating and breakage.
• All structural materials are designed to withstand high operating temperatures.