Office unit false glass ceiling

In the office unit’s false glass ceiling project, the Archi Taj team used separated ceilings with wooden frames. These ceilings, with their modern and geometric design, have given the interior a stylish and simple space. Soft colors that harmonize with the interior enhance the sense of calm and transmit soft and natural light to the space.

Optimal ceiling coverage with frosted glass

To improve the appearance of the ceiling and cover parts of the facilities that are not visible, the design team used frosted glass. By properly controlling the light and creating a beautiful effect, these glasses provide conditions that, in addition to beauty, the unattractive parts of the ceiling are also well covered. In addition to increasing attractiveness, this solution also had optimal performance in managing natural light and lighting.

Using glass false ceilings in office spaces

The use of glass false ceilings, especially in stained glass designs, has a significant impact on creating a pleasant and professional work environment. This type of ceiling creates an energetic and attractive space by spreading appropriate and soft light. Appropriate lighting and intelligent covering are the main strengths of this design, which provides a better workspace for people.

Technical features and design of the project

In the design of these ceilings, wooden frames were used for stability and beauty, and frosted glass was also used to cover and create soft light. The implementation of this project creates a balance between beauty and function, and also turns the office space into a calm and pleasant place.

Technical specifications of the project:

• Design style: modern and geometric
• Type of glass: frosted glass
• Frames: wooden
• Application: Ceiling and installation covering
• Location: Office unit

The false glass ceiling project of the office unit is a successful example of the combination of modern art and technology, which, while being beautiful, also pays attention to the function and optimization of the interior space.