Finishing works

Window Glyph Design

The first step in making window glyphs is to design them. Architects work with contractors to develop patterns and shapes that harmonize with the overall style of the facade and the architecture of the building.

Designing window glyphs is a key stage that requires precise planning and consideration of many technical and aesthetic factors. Here are some additional aspects to consider:

1. Thermal analysis: Window splays are places particularly susceptible to thermal bridges, which can lead to heat loss. It is therefore important that the design includes appropriate insulating materials, such as graphite polystyrene or mineral boards, which will provide effective thermal insulation.

2. Moisture protection: Window sills must be designed in a way that minimizes the risk of moisture ingress. For this purpose, special vapour barrier foils and appropriate plasters are used to protect against water vapour condensation.

3. Aesthetics and harmony: The patterns and shapes of the glyphs should harmonize with the overall style of the facade and the architecture of the building. Cooperation between architects and contractors allows for the creation of a coherent and aesthetic appearance that emphasizes the character of the building.

4. Durability and strength: The materials used to make the glyphs must be durable and weather-resistant. Choosing the right plasters and paints that are resistant to UV radiation and changing weather conditions is crucial for the longevity of the glyphs.

5. Compliance with regulations: The design of window glyphs must comply with applicable standards and building regulations. This applies to both technical and aesthetic aspects to ensure the safety and comfort of the building.

Material Selection

Next, the appropriate materials for the glyphs are selected. These can be various types of materials such as metal, wood, or fiber cement, depending on the aesthetic preferences and requirements of the project.

Preparing the Glyphs

The materials are then prepared for the glyphs. If necessary, they are cut, shaped, and machined depending on the desired effect. Accuracy at this stage is crucial to the final appearance of the glyphs.

Window Glyph Installation

After preparation, the glyphs are mounted on the facade around the windows. The installation can be done using special connectors, adhesives, or in another way, depending on the selected design solution.

Final Glyph Finishing

Once installed, the glyphs undergo final finishing. This includes any necessary touch-ups, sanding, and painting or other finishes that give them their final look.

Quality Control

After the assembly work is completed, a detailed quality control is carried out. All details, precision of workmanship and compliance with the architectural design are checked.

Maintenance and Preservation

Glyphs, as external elements, are exposed to weather conditions. Therefore, it is important to regularly check their condition, make any repairs, and keep them in good condition through regular maintenance.

Making invisible garage doors is a process that combines advanced technology with aesthetics to create doors that are virtually invisible when closed. Here are some key aspects of this process:

1. Design and Planning: The first step is to carefully plan and design a gate that will fit perfectly into the building's facade. Architects and engineers work together to create a design that meets both functional and aesthetic requirements.

2. Material selection: High-quality materials are used to make invisible garage doors that are durable and weather-resistant. Composite panels, aluminum or steel are often used, which can be easily integrated with the rest of the facade.

3. Hidden mechanisms: The key element of invisible garage doors is the opening and closing mechanisms, which are hidden within the structure of the building. This makes the door invisible when closed, but easy to operate.

4. Integration with the facade: Gates are designed to blend seamlessly with the building facade. This can include using the same materials, colors, and textures as the rest of the building to make the gate virtually invisible.

5. Automation and security: Modern invisible garage doors are equipped with advanced automation systems that allow remote control using a remote control or a mobile application. Additionally, these doors are equipped with security systems such as motion sensors and anti-burglary locks.

6. Maintenance and Service: Regular maintenance is essential for the longevity and reliability of your invisible garage door. This includes lubricating the mechanisms, checking the condition of the materials and regular technical inspections.