Weiss Architecture Studio

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Barrisol is a renowned brand that has made a significant impact in the world of interior design and architecture with its innovative stretch ceiling systems. A Barrisol stretch ceiling is a flexible and customizable membrane-based ceiling solution that can dramatically transform the look and feel of any interior space.

  • How is Barrisol Made?

The Barrisol sheets are made with a polymer whose formula is a property of Barrisol. Barrisol holds the patent of the manufacture and composition of the material.

  • What Makes Barrisol Unique?

Barrisol’s offering the concept of stretch ceilings. These are created using a specialized PVC or fabric material, which is stretched and secured onto a perimeter track system installed below the structural ceiling. This unique approach to ceiling design offers many benefits and design possibilities that set Barrisol apart.

  • How is the Barrisol Ceiling Installed?

A Barrisol stretch ceiling is installed a few centimeters of the existing ceiling by an approved Barrisol installer.  The Barrisol sheet can be fixed at any height of the plenum with a distance minimum of 1.25 cm and a maximum distance unbounded.

  • Can we Install a Barrisol Sheet on a Wall?

Yes, see the ‘Barrisol Wall’ to have more explanations.

  • How Many Types of Barrisol Ceilings for Interrior or Exterrior?

Common types of barrisol include

  9. ELT-3D
  • Why Barrisol is World No. 1?

Barrisol has established a strong global presence, with a network of partners and installers in over 150 countries. And with its global heritage and strong presence barrisol has dominated in stretch ceiling segments.

  1. For It’s quality products.
  2. For It’s technical procedure.
  3. For its modern innovative approach.
  4. By its presence in more than 145 countries.

For these reasons, BARRISOL is the No. 1 stretch ceiling brand in the world.


Trespa is a Dutch company that specializes in the development, production, and distribution of high-performance and high-quality architectural panels.

Trespa’s panels are widely used in the construction and architectural industries for applications such as building facades, cladding, interior wall panels, and more. Trespa’s products are known for their durability, versatility, and aesthetic appeal, making them a popular choice in architectural and design projects worldwide.

  • What is Trespa and how is it made?

Trespa ® is a high-pressure compact panel (HPL), based on thermosetting resins, homogeneously reinforced with wood-based fibers and manufactured under high pressure and at high temperatures.

  • Different Sizes and Thickness of High-Pressure Laminates?

HPL comes with a homogenous core and is available in four master sheet sizes with thicknesses of 6mm, 8mm, 10mm, and 13mm. 

  • What are Some Common High-Pressure Laminates? 

Common types of high-pressure laminates include 


  • Where are High-Pressure Laminates Typically Used?

High-pressure laminates (HPL) are versatile and durable surfacing materials that find applications in a wide range of industries and settings. They are used primarily for decorative and functional purposes due to their resilience, ease of maintenance, and aesthetic versatility.

  • Retail Showrooms
  • Commercial Spaces
  • Retail and Commercial Displays
  • Restaurants and Cafes
  • Healthcare Facilities
  • Retail Stores
  • Exterior Cladding

Architectural Louvers

Architectural louvers are designed as a system of angled slats, often made of materials such as metal, wood, or plastic, that are installed on the exterior of a building. They are strategically placed to allow air, light, or sound to pass through while preventing the entry of rain, direct sunlight, or other elements. Louvers come in various shapes, sizes, and designs, making them versatile elements that can be customized to fit the architectural style and functional needs of a building.

  • What is an Architectural Louver?

Architectural louvers, often referred to simply as louvers, are an essential architectural feature in the design of buildings. These are typically slatted or perforated structures that are installed in various parts of a building’s exterior, such as walls, windows, or roofs.

  • What Makes Architectural Louver Unique?

Architectural louvers are unique building components designed to serve several important functions in the realm of architecture and construction.

    1. Ventilation and Airflow Control
    2. Weather Protection
    3. Aesthetics
    4. Security
    5. Energy Efficiency
    6. Sustainability
  • What are Some Common Types of Architectural Louvers? 

Common types of architectural louvers include 

    3. S LOUVER
    4. GATES
    5. FLUTED
    6. COTTAL
  • What is the Purpose of a Wall Louver?

Wall louvers are an essential architectural feature in many buildings, serving a specific purpose that is often overlooked but critically important. These slatted structures, typically made of metal, aluminum or other materials, are installed in exterior walls and are designed to facilitate airflow and ventilation while preventing the entry of undesirable elements like rain, debris, or even insects. The primary purpose of a wall louver is to create a controlled opening in the wall to address several key needs in building design and functionality

  • Where are Architectural Louvers Typically Used?

Architectural louvers are versatile elements used in various types of buildings and structures to address specific functional and design needs. Here are some common applications where architectural louvers are typically used:

    1. Commercial Buildings
    2. Industrial Facilities
    3. Institutional Buildings
    4. Residential Buildings
    5. Restaurants
    6. Retail Showrooms