Fireplace Insert Gavryliv&Sons 72x48x52

Stove fireclay is not similar to industrial fireclay and lining based on concrete products. Depending on the choice of clay and recipe, Wolfshöher Tonwerke products meet a list of requirements. In some cases stove fireclay should be particularly hard, often particularly resistant to soot and moisture easy to handle, and always retain heat well.

Wolfshöher Tonwerke has been the undisputed industry leader for 160 years with its fields and state-of-the-art production facilities. Close cooperation with this German company allowed us to implement two designs of the internal lining of the combustion chamber. Now you have the opportunity to design a fireplace to your liking.

A new air supply control mechanism for fireplaces that uses bronze bushings and a Teflon spacer offers numerous advantages that significantly enhance the quality and efficiency of fireplace operation. Let's examine each of these benefits in technical terms:

Wear Resistance: bronze bushings provide durability and strength to the mechanism, as bronze is known for its high resistance to wear. This contributes to a longer service life and reduces the need for frequent maintenance, ensuring consistent functionality.

Ideal Compression and Constant Load: the Teflon spacer ensures ideal compression maintaining a constant load throughout the entire range of adjustment, even with changes in external conditions such as temperature or humidity.

Smooth Movement and Consistent Force: The new mechanism ensures smooth and uninterrupted movement of the air supply control with optimal force throughout the entire range of adjustment. This minimizes the risk of jamming or sticking, improving ease of use.

Reduced Metal-to-Metal Noise: new dampers eliminate the sound of metal parts coming into contact, making the fireplace operation more comfortable and quieter.

Efficiency and Safety: This new mechanism allows for more precise control over air intake, enabling optimal combustion conditions. This improves the fireplace's efficiency, reducing fuel consumption and lowering harmful emissions. Additionally, enhanced control over the combustion process increases safety during fireplace operation.

These features make the new air supply control fireplace's mechanism significantly more efficient and user-friendly. With wear resistance, smooth and consistent movement, and reduced noise, this mechanism contributes to a more comfortable and safe fireplace experience in different settings.

Our new fireplace firebox design, focusing on strength and durability, is unique in its structure, providing maximum safety and efficiency. The heart of this design is using fireclay (chamotte) instead of metal in the combustion chamber, which significantly enhances resistance to high temperatures and wear. Metal typically degrades with constant exposure to fire, but fireclay is specifically designed to withstand extreme heat and prolonged use.

Externalized Air Ducts: The air ducts are externalized from the main structure, allowing for minimized air resistance into the chamber. This approach ensures effective air circulation even when the chimney is not fully heated, which improves fuel combustion efficiency and stabilizes temperature consistency.

Reinforced Structure: The design of our fireplace firebox is reinforced with special channels, making it 40 times more resistant to torsion versus designs that use only rib reinforcements or none at all. This method provides high reliability and durability, ensuring stable fireplace operation for many years.

Investment in Quality: The manufacturing of this design is more expensive due to the use of higher-quality materials and more complex technologies. However, this investment pays off through substantial reliability and extended service life. With our fireplace firebox, you gain a safe, efficient, and long-lasting system that will become the dependable heart of your home.

Door Molding.

The interior of the fireplace door features a special stainless steel molding. This aesthetically pleasing solution gives the fireplace a distinct and finished appearance. However, aesthetics are not the only function of this molding. Due to its effective shielding, the door frame heats up less, and any stray embers that might escape the firebox are deflected back. Since the airflow for glass cleaning moves from top to bottom, the molding helps smooth the flow and prevents smoke accumulation at the bottom of the glass.

The innovative secondary combustion system is an engineering approach that allows efficient wood burning in a fireplace, delivering effective combustion with low emissions. This system is designed to improve wood utilization efficiency, reduce emissions, and enhance the ease and safety of fireplace use.

The key elements of the innovative secondary combustion system can include:

Secondary Air System: Typically located on the back wall or along the sides of the fireplace, it allows for additional air to be introduced at the level of the primary fire source. This air supports high temperatures and promotes the complete combustion of gases produced during wood burning.

Invisible Design: The system is designed to be inconspicuous to users, maintaining the fireplace's aesthetics. This allows for the classic look of the fireplace to be preserved without adding unnecessary visual clutter.

Efficient Combustion: secondary air inlet implementation and high temperatures achievement ensure complete combustion of wood, allowing for more heat output from a smaller amount of fuel. This also helps reduce soot buildup and lowers the emission of harmful gases.

Compliance with Environmental Standards: efficient combustion helps reduce harmful emissions, meeting modern environmental standards. This makes it safer for both the environment and the health of users.

Overall, the innovative secondary combustion system is a modern approach to improving the efficiency and safety of fireplaces, combining technical engineering with aesthetics.15:41

Guillotine System

Our system ensures smooth operation even at extremely high temperatures, thanks to a high-quality set of eight heat-resistant up to 350°C rollers. These stainless steel rollers ensure smooth and precise movement, maintaining high efficiency over an extended period.

When opening, the door first disengages and moves a few millimeters away from the fireplace body to avoid damaging the seal. This innovative solution maximizes the fireplace's functionality and ensures its uninterrupted operation.

Upon closing, a spring mechanism automatically locks the door, providing a perfect seal for the combustion chamber. This not only retains heat but also ensures maximum safety for your family.

Our guillotine door opening system embodies our commitment to creating products that combine the highest quality, functionality, and safety.