Material for stretch ceilings

Stretch designs for the ceiling are now gaining immense popularity due to ease of operation and the ability to create a wide variety of design options. Below we will consider what material for stretch ceilings is better and how to choose the ideal for yourself option.

Stretched ceilings - the composition of the material

All existing types of stretch ceilings are conventionally divided into three categories according to materials. Pros and cons of each we will consider in the following list.

  1. Stretch ceilings made of natural materials are commonly referred to as fabric ceilings. The design of such designs is more restrained and traditional. As a rule, this option is chosen for children and bedrooms. For kitchens or bathrooms, fabric stretch ceilings will not work, as the composition of the material does not tolerate increased moisture. Among the advantages is worth noting a higher resistance to scratches, minus temperatures (you can safely use for non-heated rooms). Fabric material for stretch ceilings is about 5 m in width, so you can get a seamless coating even in a spacious hall.
  2. When deciding which material for stretch ceilings is better, many are repelled from the price category. In this regard, PVC structures outperform demand for tissue analogs due to low prices. In addition, you can pick up matte or glossy coatings of any color and with any image.
  3. A little less often use material for stretch ceilings made of fiberglass. The principle of installation is slightly different and more like the installation of a suspended structure. But this option is chosen rather rarely due to the complexity of installation and about half the service life.

So, as a result, you have some idea about the choice of material for the stretch ceiling. If you want to experiment a little and create an original design, it is better to use PVC film. For large rooms and classical design, fabrics are more suitable, as a result you will get a seamless ceiling and the ability to pick up a complex multi-level design.