Where will sliding doors be used?

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Currently, there are many types of terrace and balcony doors available on the market. In modern construction, the most popular are: sliding doors, which are characterized by modern design and take up little space.

Sliding patio doors – where they can be used

Sliding patio doors They do not open inwards or outside the room. Thanks to this, they help save a lot of space, working great in small apartments.
However, saving space is not the only advantage of sliding terrace doors. Their modern design makes them eagerly used in contemporary projects of single-family houses and apartment buildings.

Sliding terrace doors – PVC or aluminum?

The raw material from which our sliding patio doors will be made should be adapted mainly to the dimensions of our glazing. Large sliding doors (up to 12m wide) can only be made of aluminium. For smaller constructions, more affordable PVC can be used.

Advantages of sliding doors made of aluminum

Sliding doors made of aluminum are extremely durable and are distinguished by a modern design. Aluminum window joinery has high energy efficiency parameters, hence, they perfectly retain heat in our home and prevent cooling of rooms. Thanks to this, we reduce the amount of raw materials we use to heat the house and save money during the heating season.

Sliding aluminum doors can be created in really large sizes. Therefore, if large-size glazing is available in the design of your house, it is aluminum that is worth choosing. This raw material is also extremely durable – it does not deform or stain under the influence of weather conditions.

Advantages of PVC sliding patio doors

PVC patio doors They are much cheaper than aluminum doors. This type of door joinery is the cheapest of all solutions available on the market, but it is not possible to create large-size glazing from it. PVC, like aluminum, is extremely easy to maintain, because it does not require cyclic painting or maintenance.
This raw material, like aluminum, has very good thermal insulation properties, thanks to which it can be successfully used even in energy-efficient passive houses.

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