Mirrors for Dance & Choreographic Halls: Requirements & Features

The most important element of the ballet, choreographic, and dance halls are mirrors – huge reflective structures in which dancers can see themselves in full growth during classes and control the correctness of the movements. What should be a glass partition for shower mirror for a choreographic hall, as well as what to consider when choosing it, will be discussed in our today’s article.

The role of mirrors in the dance hall

During the arrangement of the premises in which the choreographic studio will be located in the future, special attention should be paid to the choice of mirrors. Reflective surfaces in such institutions are mandatory because they allow you too clearly and without any distortions reflect the silhouettes of the dancers so that they can objectively evaluate and hone their every movement to the ideal. Among other things, with the help of mirrors, you can visually expand the space of the hall; make it lighter, and therefore more comfortable for classes.

Thanks to the presence of mirrors in the ballet or dance hall, you can:

  • To see oneself “from the outside” at full height;
  • Coordinate movements with other dancers, achieving a uniform rhythm;
  • Follow the movements of each person from the group, correct possible mistakes in time, in order to ultimately achieve an impeccable result.

As you can see, the role of reflective surfaces in rooms where choreographic art classes are held cannot be overestimated, so below we will try to outline the features of the choice of such products.

What to consider when ordering mirrors for a dance hall:

Security

Shocks and falls during classes are a common thing, so a mirror installed in a choreographic, ballet, etc. hall should be as strong as possible and capable of withstanding enormous loads. The ideal solution would be to mount such products on glue or through holes with a safety film. This will prevent the mirror from splintering into fragments if damaged and thus eliminate the risk of injury.

Image accuracy

The thinner the mirror, the more distorted the image it beats. That is why models for choreographic halls need to be thick. The optimal thickness of the reflective surface in such rooms is considered to be 4-6 mm.

The quality of the product, the absence of chips, damage, and other defects on it. In this regard, it is necessary to give preference to products from reputable manufacturers who value their reputation and sell products that meet all the necessary requirements.

Dimensions

The standard height of mirrors for a choreographic hall is from 2 meters, width – no more than 1.6 meters. These parameters are capable of providing proper visibility and proper training performance. The fact is that low mirrors do not allow you to see yourself in full growth, and narrow canvases often distort the image at the joints. In cases where the area of ​​the room does not allow the installation of large 2-meter shower cubicle dubai mirrors, you can order models with a height of 1.6 m and install them at a distance of about 40 cm from the floor.

The joints between the canvases should be as less noticeable as possible, ideally, it is better to give preference to a one-piece product.

The surface under the mirror

It should be perfectly flat in order to avoid, firstly, image distortion, and secondly, problems with editing. In addition, the wall must have a certain strength factor and withstand the load exerted on it by the canvas.

Installation of mirrors in the ballet hall

When installing huge mirrors in dance studios, the following mounting methods are usually used:

Adhesive

Is a special sealant, but by no means liquid nails, as they are not reliable enough to exclude the risk of a large heavy canvas falling?

Mounting plates

Is a common and justified mounting option, when plates with holes are attached to the reverse side of the product, hung on hooks in the wall?

Mounting

Through-holes are a reliable and popular method, but before screwing them in, you should make sure that the surface is solid.

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