Exquisit EKI 631F Induction hob

EKI 653F Induction Hob Flex Not all inductions are created equal. And it's not enough to just compare the numerical properties of it. If you want to know a little, some of the technical aspects that make the difference between the products, here we will try to explain the most important: Dimensions of the areas of an induction memory: We have 3 main dimensions that different competitors show the consumer in different ways: - The diameter is marked on the screen print of the glass. - The diameter of the mica, insulating material that covers the coil. -The diameter of the induction coil. If we point out that the EXQUISIT EKI 631F model has a fire of 28 cm, we refer to the diameter of the copper coil that creates the magnetic field that heats the vessel. We no longer mark to avoid confusion for the consumer, although we would understand that with this spool diameter it is possible to mark a screen print of 29 or 29.5 cm since the magnetic field generated is not completely vertical and has an opening cone that allows cooking in a slightly larger diameter. The other factors of cooking areas in induction: Just as important as the diameter, we have two very interesting aspects. First, the material from which the coil is made. EXQUISIT uses a cable called CCA (copper cover aluminium). Which has an aluminium core and a copper coating. It has been proven that conductivity across the surface, in our case of copper, is optimal at efficiency level. Other manufacturers only use aluminium, reducing the efficiency of the system. A fundamental aspect to the ease of use of its induction is also the use of double circuits. In our model Exquisite EKI 631F, the zone 28 cm has an inner and an outer coil. This allows for two basic aspects: If you need to cook with small containers, our 28cm area detects casseroles with very small diameters, even 11cm. A large area is optimal when we cook for many, but in everyday life the most used containers are 18cm, 21cm or 24cm. With our EKI 631F model you can always use the entire surface. With the dual circuit, you can connect both even when using 22cm containers to ensure that the entire surface of your container has an energy contribution. This avoids the effects of a boiling area and an outer ring that remains uncooked. And of course, you can use the maximum size when cooking with containers from 28 to 30 cm.