Kettle for gas stove

Nowadays, people are increasingly preferring electric teapots to electric teapots, and this is quite understandable. After all, an electric kettle boils water much faster, and it's more convenient to use. But still a stove kettle is an irreplaceable thing. For example, they cut off electricity in the house, and wanted to have tea - without boiling water they can not boil water. In addition, you can not take an electric kettle with you, because there it is simply not functional, and put the kettle on the coals - and it's in the hat. So it's too early to refuse the gas stoves for the gas stove , they did not become survivals of the past and, most likely, will not become them in the next couple of decades, and maybe even more. Since we have decided on this statement, let's look at how to choose a good kettle for a gas stove.

Teapots for gas cookers - varieties

When choosing a teapot, the first detail with which you must decide is the material from which the kettle is made. This is then possible to think about whether to buy an ordinary gas kettle or a gas kettle with a whistle, but first you have to decide on the material. Since the choice in this regard on the market is now quite large, then let's get acquainted with each material and consider its merits and its shortcomings.

  1. Glass kettle for gas stove. First, it is worth noting that a transparent kettle for a gas stove looks very stylish. And this in itself is already a big plus of such teapots, because let the style and is not the main criterion in choosing, but it clearly is not in the last place. Glass kettles are environmentally friendly. Water, boiling in them, does not change its taste, and no substances enter it. The only drawback of glass teapots can only be called their fragility. Of course, the glass there is strong and it perfectly withstands the heating on the stove, but if you drop such a kettle, you can completely break it or, at least, pierce it.
  2. Enameled kettle for gas stove. Enamel is not particularly strong metal, so this kettle is not the best choice. The enamel starts to fall off quite quickly, besides, a scum is formed inside the kettle, which emits harmful substances to the body, and on the outside of the kettle, the soot from the fire will always be very noticeable, which obviously does not add beauty to the product. When using enameled teapots, it is necessary to take into account its features and not allow sudden changes in temperature (for example, do not pour cold water into a hot kettle), and so on. But it's much easier to just choose another teapot and not to suffer.
  3. Ceramic teapot for gas cooker. Ceramics, like glass, is an environmentally friendly material, so that water does not change its taste and no foreign substances are mixed with it. It is also worth noting the useful property of ceramics to retain heat for a long time. Water, heated in a ceramic kettle, will keep its temperature for a long time. And, just like glass teapots, the lack of ceramic kettles is their fragility. And the disadvantages of ceramics include its quite large weight, so that ceramic teapots are always not very large.
  4. Aluminum kettle for gas stove. Metal aluminum kettles for gas stoves are a rather controversial issue. In general, aluminum isolates some elements that harm human health, and it is these elements, as you understand, fall into the water when boiled. But there is high-quality aluminum, which is specially processed so that it does not have these harmful chemical emissions, that is, it corresponds to the norms of chemical safety. The fact of compliance with these standards should always be clarified from the seller and get evidence of this before buying such a kettle.
  5. Stainless steel kettle for gas stove. A stainless steel kettle can be safely called an excellent choice. Stainless steel fully meets all hygiene standards. Water, boiling in it, does not change its taste and does not get impurities, that is, such a kettle is exceptionally safe. In addition, stainless steel is famous for its resistance to high temperatures and durability.