Infrawave Speed Cooking Oven
Is it possible that the infrawave speed cooking oven is the greatest innovation to happen to the kitchen since the toaster oven? What if you could cook your favorite baked entrees to crisp perfection in half the time? What if you could take a frozen lasagna and have it piping hot and ready to serve in less than 15 minutes?
What if cooking your favorite food quickly didn’t mean putting up with a soggy microwaved crust? What if I told you it is all possible now with Black and Decker’s new line of infrawave speed cooking ovens? The answer is, it is all now possible with infrared technology.
The key behind the infrawave speed cooking oven’s capabilities is the fact that it relies on radiant heat provided by infrared elements within the oven cabin. Infrared elements act just like normal radiant heating elements, except they are more intense and capable of penetrating deep into the food you wish to cook.
This means that while a conventional convection oven requires time for the heat to penetrate and disperse throughout the food, the infrared oven can penetrate the food cooking it deeply and thoroughly while at the same time browning the edges to golden, oven-baked perfection.
The most interesting aspects of this new appliance are the fact that it actually emits two wavelengths of infrared radiation. The short wavelength acts just like normal electrical heating elements by heating the first object it encounters, hence browning the crusts and edges of food.
The secret behind the infrawaves ability to cook faster than a conventional oven is the fact that it also employs a longer wavelength of infrared light. The longer wavelength penetrates food allowing the inside to cook as quickly as the outside. This is what makes the infrawave speed cooking oven the appliance of the future. It allows the owned to cook food to oven-baked perfection in half the time because it disperses the heat instantly and thoroughly throughout the entree, leading to a delicious, oven-quality meal every time.
Article Source: EzineArticles.com