How Does an Infrared Burner Work?
Upon closer inspection of the ceramic brick of the infrared burner, you will notice tiny ports. Gas is forced through those tiny holes and pools on the brick and is ignited by a spark. Due to the material, the ceramic superheats to temperatures of 1,800°F within moments.
Scientifically, the delightful orange glow that you are witnessing from the infrared burner is short-wave infrared energy. It is a source of light energy that is particularly good at transferring heat. This heat is used to warm the cooking grids directly above as well as the food you are cooking to produce superior sear marks and restaurant-quality meals.