Tips for Buying the Best Mattress

The first thing that comes to the mind of the consumer is the density of the mattress, which is the resistance of the product taking into account the weight of each person. To help, the stores have tables that indicate the ideal density for each body. In the case of double mattresses, the right thing is to buy the mattress that has density compatible with the heaviest person.

However, density does not mean quality and the fact that the Sealy posturepedic mattress  is harder does not mean that it is bad, just as being soft is also not synonymous with a good mattress. The mattress should be comfortable, cannot be too soft or too hard, leave the spine aligned and muscles relaxed. When the mattress is too soft, it can bend the spine and cause back pain. Already the mattress too hard can tire the muscles, causing pain in the shoulders, hips and joints.


In fact, it is foam, but with special technology developed by NASA. This type of foam is anatomical and molds easily to the body, making it an excellent choice. However, since it has the benefit of adapting perfectly to the body, the price of it is also higher than that of other types.

What Else Do You Need to Know When Choosing the Right Mattress?

Before buying your mattress, it is worth remembering some points. Let’s do a checklist?

  1. First point: pay attention to the density, i.e. basically the amount of foam used per volume of the mattress. The more foam, the more weight the mattress can withstand;
  2. If the mattress is for the couple, consider the heavier person. If the density is lower the mattress may sink or deform;
  3. If one partner moves much at night, prefer a more firm and stable mattress;
  4. Do not confuse the density (attached to the weight of the person who will lie down) with the firmness or softness of the mattress;
  5. Take into consideration your health at the time of choice: those who have orthopedic problems, for example, should give preference to the firmer models, but always respecting comfort;
  6. Always look for variations of models and values.