Things You Do to Stay Warm that Actually Make You Colder in Newton

Heating

Winter is inevitably near in Newton, and with it always comes frigid temperatures that can leave us bundling up with additional layers. Furnace service and extra layers are typically reliable ways to keep warm on chilly days, but there are a number of other pointers accessible out there that you could be trying that are actually making you colder, not warmer.

Common Myths:

  • Hot drinks will make you warmer: while the initial sensation of a hot drink can help you think that you’re warm, your brain will sense that it should start cooling off your body, triggering cooling mechanisms.
  • Alcoholic drinks will warm you up: the reason we typically feel warm after a few cups of holiday cheer, it’s only your skin warming. Alcohol can actually lower your core temperature, making you colder. A well-functioning furnace, thanks to having annual furnace service performed, is a safer bet.
  • Hot showers heat you up: comparable to hot drinks, the heat of your shower is merely a momentary feeling that disappears when the water is dried up and toweled off. That’s why opening the shower curtain is so difficult.
  • Wearing only a hat will take care of your warming needs: while there are a host of sources that say that a great deal of body heat is lost via your head, it’s important to remember that any part of exposed skin increases heat loss. Therefore, while it seems like common sense, if you’re only using a hat and not a coat or gloves, you have a better chance to lose body heat faster.

So now that you have read about a few myths surrounding staying warm this winter, it’s not difficult to realize the importance of something as basic as furnace service. Of course there are other methods to stay warm this winter besides furnace service, but there may not be a lot that have such a great effect on your everyday comfort. Give Brookwood Inc a call at 641-316-9803 or schedule an appointment online to hear more about what furnace service can do for you in Newton.

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