IPEG is able to supply a wide range of tableware ovens: tunnel (roller or trolley) and intermittent ovens, with oxidizing or reducing atmosphere. These ovens are made of metal carpentry covered with enamelled sheet metal and with insulating and super insulating refractory material inside, depending on the operating temperatures of the individual areas.

The combustion plant is of the Windfire type, with SAIPEG high speed burners, equipped with flame control and equipped with automatic ignition that can be activated from the burner panel. All the command, control and alarm instruments necessary for the operation of the oven are installed in the electrical panel. Each oven is also composed of prefabricated modular elements (set up according to the cooking temperature) in order to facilitate transport and assembly.

This type of oven is particularly suitable for vitreous mono-cooking and in automated cycles. The products to be fired are loaded onto refractory loading plates, in mono or multilayer, moved by ceramic rollers chosen according to the different operating temperatures of the oven zones. The movement takes place through a gear transmission, which can work alternately and programmed (Tilt). The operating temperature may vary according to the required cycles.

After the introduction of fast cooking in industrial technology, with its advantages compared to traditional cooking in terms of production, limitations arose that could endanger this system over time. IPEG has designed the WINDFIRE oven that exceeds the limits of the first generation of fast cooking systems. The main results obtained today are the following:

– total uniformity of the temperatures in the oven section, in all its length, adjustable and controllable zone by zone;
– elimination of the wall effect and no limitation in the width of the oven that does not depend on the resistance of the rollers;
– management of the furnace without internal pressure, in neutral or in depression mode;
– elimination of the ceramic fibers in the sealing of the rollers, eliminating any type of contamination due to the fibers;
– reduction of energy consumption by more than 20%, using the comburent recovered from the oven at a temperature above 500 ° C;
– elimination of fluorine and / or sulfur compounds deriving from the emissions of the cooling zones;
– Repair of maintenance problems in the combustion blocks.