By coating certain internal surfaces of the baking chamber with a high-efficiency ceramic, heat transfer can be brought to perfection. The radiation spectrum of the specially developed ceramic features a maximum output in a specific infra-red wavelength range (3 - 6 µm), which allows the optimization of conventional heat radiation in the baking chamber. The result: an infra-red radiation perfectly matched to baked goods, capable of penetrating the surface of the raw dough, reaches the Pcore of the dough pieces faster and allows the desired core temperature in the goods to be reached earlier.
Earlier denaturation of proteins - while more free water can be bonded and integrated
Earlier oven spring - while the gluten strands are still significantly elastic
Earlier gelatinization - while a fine, elastic crumb is formed sooner
Higher energy yield for a more effective heat transfer, that means energy savings of 10 - 45% compared to traditional baking (depending on oven practice and the goods being baked)
Lower baking loss, thus greater weight of finished goods and reduced use of ingredients/flour
The desired core temperature is reached faster, heating the raw dough to baking temperature more rapidly
More Freshness: That means a more succulent, softer crumb with a longer shelf life
Improved Volume: That means up to 10% greater volume compared to classic baking
Unique Quality of Product: That means uniform poring even at the edges and a crisp yet soft crust with vivid browning