Technical Curtains in the Contract Sector: Functions and Types

In the world of interior design and architecture, technical curtains have become an essential part of achieving a stylish and functional environment. These curtains not only add a touch of elegance to any space, but also serve a number of practical functions. In this article, we will explore in depth what technical curtains are, what they are used for and how they can be classified according to their use and manufacturing materials.

What are Technical Curtains?

Technical curtains, also known as functional curtains or technical curtains, are much more than just decorative elements in interior design. These curtains are specifically designed to fulfill a number of additional functions in addition to providing privacy and controlling the entry of natural light into a space. Their versatility and ability to meet specific needs make them ideal for the Contract sector, which focuses on commercial and office projects.

Functions of Technical Curtains

  • 1
    Light Control: One of the fundamental purposes of technical curtains is to control the amount of light entering a room. These curtains can darken a room completely or allow soft, diffused lighting, depending on the needs of the space.
  • 2

    Thermal Insulation: Technical curtains also offer thermal insulation properties. They help maintain a more constant indoor temperature, which can contribute to energy efficiency and reduce heating and cooling costs.

  • 3

    Sound Absorption: In commercial and office environments, noise can be a major distraction. Some technical curtains are designed to absorb sound, thus improving the quality of the work environment.

  • 4

    Privacy: Privacy is essential in many contract environments. Technical curtains provide the ability to create private spaces when necessary, without sacrificing aesthetics or functionality.

  • 5

    Solar protection: protecting furniture and the interior of a space against damage caused by ultraviolet radiation is another key function of these curtains. They help preserve the quality of materials and interior finishes.

Classification of Technical Curtains according to their Use

Technical curtains can be classified into different categories according to their use in contract projects. The following are some of the most common types:

Technical Curtains for Offices

These curtains are designed for office environments and are ideal for providing privacy in shared spaces, controlling glare on computer screens and improving office energy efficiency.

Technical Curtains for Hotels

In the hospitality industry, technical curtains are essential to ensure guest comfort. They offer light control and privacy, and can contribute to energy savings.

Technical Curtains for Restaurants

Restaurants often use technical curtains to create cozy and private environments in different areas of the premises. In addition, they can help control noise and temperature.

Technical Curtains for Hospitals

In hospital environments, technical curtains play a crucial role in patient privacy and room light control.

Classification according to Materials

  • 1

    Fabric: technical fabric curtains offer a wide range of design options and textures. They can be light or heavy depending on the needs of the project.

  • 2
    PVC: is a durable and water-resistant material, making it ideal for wet environments such as bathrooms or kitchens.
  • 3
    Metal: technical metal curtains are ideal for industrial or modern looking spaces. They offer a contemporary look and durability.
  • 4

    Acrylic: acrylic is known for its transparency and is ideal for creating subtle divisions in a space without completely blocking light.

Opening factor

The openness factor in screen fabrics means the amount of light a fabric allows to pass through it. The popularity of screen fabrics in the furnishing and blinds industry is due to this ability to filter sunlight and reduce glare without sacrificing outward visibility. This openness factor is rated primarily as a percentage and varies depending on the weave and density of the fabric.
Here is a breakdown of some key points related to the openness factor of screen fabrics:

  • Openness and Visibility Factor: A high openness factor in screen fabric will allow greater visibility to the outside while reducing the amount of sunlight that enters. This is ideal for rooms where views are desired, such as living rooms with panoramic views.
  • Light Control: Aperture factor also affects the amount of light entering a room. A lower aperture factor will block more light, which can be beneficial in rooms where greater privacy or significant sunlight reduction is needed.
  • Privacy: A screen fabric with a low openness factor will provide greater privacy during the day, as it will be more difficult for people to see inside from the outside.
  • Solar Protection: Screen fabrics also offer protection against damage caused by direct sunlight, such as fading of furniture and flooring. A proper openness factor can help control the amount of ultraviolet rays entering the room.
  • Choice of Openness Factor: Choosing the right openness factor will depend on the specific needs of each space and the desired balance between outward visibility, privacy and light control. An interior designer or window specialist can help you select the right screen fabric for your space.

Classification according to the Openness factor

  • 1
    Opening degree of 10% or more:
    If what you need is maximum transparency and high outside visibility, this should be your choice. It is a fairly transparent fabric, due to its thickness, but it DOES NOT LOSE an iota of quality in terms of sun protection.
  • 2
    5% degree of openness:
    Transparency in this case is medium and outward visibility is good.
  • 3
    Openness degree of 3%:
    The proportion is decreasing, and as a consequence, the degree of transparency, which in this example is medium, but somewhat lower than the previous one. On the other hand, the external transparency is already low, if that is what you are looking for.
  • 4
    1% degree of aperture:
    The visibility in this case is already minimal and the brightness from the outside is quite low. These last two degrees of aperture are suitable if you want to eliminate uncomfortable reflections from monitors or televisions.
  • 5
    Degree of openness of 0%:
    The fabric of this blind is not screen, it is completely opaque, so it does not let light through and provides darkness at any time of day, so visibility is zero.

In summary, the openness factor in screen fabrics is a determining element to consider when selecting blinds or shades for your home or office. Choosing the amount of light that passes through the fabric affects outward visibility and privacy. Choosing the right openness factor can help create a comfortable and functional environment in any space.