- Structure and Design:
Modular ceilings are made of repetitive, pre-fabricated panels or modules with standardized sizes and shapes.
Parametric ceilings are designed based on adjustable parameters in digital software, producing unique and complex forms.
- Flexibility in Form:
Modular ceilings are limited to standard templates and have less flexibility in shaping.
Parametric ceilings are highly flexible and can achieve highly complex and unique designs.
- Installation and Maintenance:
Modular ceilings are easy to install and replace; panels can be swapped modularly.
Parametric ceilings usually require custom fabrication and longer installation time; replacing parts is more complex.
- Applications and Usage:
Modular ceilings are mostly used in offices, commercial spaces, and areas that require fast installation and easy access.
Parametric ceilings are used in modern architectural projects with unique designs and innovative forms.
- Design Purpose:
The goal of modular profiles is to create flexible and combinable structures, while the goal of parametric profiles is to create complex and unique forms.
These differences allow each type of ceiling to be optimally used in different projects: modular ceilings for efficiency and speed, parametric ceilings for unique and creative design.
Important Execution Notes
Modular Ceiling Installation Notes:
- Ensure tile compatibility with the environment before installation
- Accurately determine layout and measurements
- Install angles and T-grids with proper alignment
- Use strong hangers and secure clamps
- Check seams and connections for aesthetics and stability
Parametric Ceiling Installation Notes:
- Accurate 3D modeling before execution
- Produce components according to digital design
- Install with high precision and full coordination with the plan
- Ensure structural connections and supports are strong
- Check overall alignment and levelness of the structure
Types of Modular Profiles
Linear Profile:
This type of profile is produced as long linear strips, usually used in linear or parallel band ceiling designs. Linear profiles are installed uniformly along the ceiling, providing a clean and orderly appearance. They also allow quick installation compatible with linear lighting systems. Grilium Z ceilings and Louver types are considered linear profiles.
New Taha Grilium - F24 Model | Taha Decorative Group
Linear Louver False Ceiling | Taha Decorative Group
These profiles have a network-like cellular structure similar to honeycomb cells, dividing the ceiling space into smaller sections. The cellular shape creates a three-dimensional and visually appealing appearance, giving the ceiling a modern and distinctive look. These cellular sections can also serve as coverings for light control, ventilation, and acoustics. All Grilium ceilings except the Z type are considered cellular profiles.
In general, linear profiles are suitable for simpler designs and linear lighting coordination, while cellular profiles are used for more complex designs and stronger visual effects. Both types are made of galvanized steel or aluminum, offering good strength and durability.
Overall, selecting the appropriate profile type for false ceilings depends on functional requirements, aesthetics, and project execution conditions. Modular profiles, with easy installation and organized structure, are ideal for offices and industrial spaces, whereas parametric profiles, with the capability for complex and unique designs, create a distinctive visual impact in modern architectural projects. Understanding the differences and benefits of each profile type helps designers and engineers make informed decisions aligned with project goals.