50 mm Platform
- Developed around a proven 50 mm mullion and transom platform.
- Provides the foundation for the system's architectural and structural approach.
Curtain Wall Product Gallery
CURTAIN WALL SYSTEM
Curtain Wall / System
Timeless Façades. Proven Reliability.
The Fineastra Curtain Wall System is being developed around the proven 50 mm mullion and transom platform, combining structural integrity, architectural flexibility and efficient fabrication.
Compatible with glazing units up to 44 mm and incorporating advanced drainage and water management principles, the system will offer mullion depths of up to 200 mm to accommodate a wide range of structural requirements.
Built upon familiar fabrication techniques, it is designed to simplify production while ensuring dependable long-term performance.
01
APPLICATION
Typical Applications
The Fineastra Curtain Wall System is intended for architectural projects requiring elegant, high-performance glazed façades and dependable long-term performance.
- Commercial office buildings
- Hotels
- Public architecture
- Educational facilities
- Landmark developments
1.1
Render
Architectural Context
SYSTEM OVERVIEW
Fineastra Curtain Wall System
The Fineastra Curtain Wall System is being developed around a proven 50 mm mullion and transom platform , combining structural integrity, architectural flexibility and efficient fabrication.
The system accommodates glazing units up to 44 mm and is designed with advanced drainage and water management principles.
With mullion depths of up to 200 mm , the system is intended to accommodate a wide range of structural requirements while maintaining familiar fabrication techniques for efficient production.
1.2
DESIGN APPROACH
Architectural Flexibility
The Curtain Wall System is designed to support architectural projects requiring elegant glazed façades while providing the structural flexibility needed for different project requirements.
Together with Fineastra windows, doors, sliding systems and outdoor solutions, it is intended to form a complete façade ecosystem built on a unified design language and consistent engineering philosophy.
TECHNICAL DATA
Technical Details
Key system dimensions and configuration capabilities described for the Fineastra Curtain Wall System.
| Characteristic | Value | Description |
|---|---|---|
| Mullion & Transom | 50 mm | Proven mullion and transom platform. |
| Max. Glazing | Up to 44 mm | Compatible with glazing units up to 44 mm. |
| Mullion Depth | Up to 200 mm | Designed to accommodate a wide range of structural requirements. |
| Water Management | Advanced Drainage | Incorporates advanced drainage and water management principles. |
SYSTEM FEATURES
Key Features & Specifications
A curtain wall platform developed around structural integrity, architectural flexibility and efficient fabrication.
Structural Flexibility
- Mullion depths available up to 200 mm .
- Designed to accommodate a wide range of structural requirements.
Glazing Compatibility
- Compatible with glazing units up to 44 mm .
- Supports architectural flexibility across glazed façade applications.
Water Management
- Incorporates advanced drainage principles.
- Designed around considered water management principles.
Efficient Fabrication
- Built upon familiar fabrication techniques .
- Designed to simplify production.
- Supports efficient fabrication processes.
Long-Term Performance
- Designed to provide dependable long-term performance .
- Developed for demanding architectural environments.
Façade Ecosystem
- Designed to work together with Fineastra windows , doors , sliding systems and outdoor solutions .
- Forms part of a complete façade ecosystem.
Architectural Language
- Developed around a unified design language .
- Maintains a consistent architectural design approach across the façade ecosystem.
Engineering Philosophy
- Built around a consistent engineering philosophy .
- Combines structural integrity, architectural flexibility and efficient fabrication.
SYSTEM HIGHLIGHTS
Built for Demanding Façades
The Fineastra Curtain Wall System brings together structural flexibility, glazing compatibility, efficient fabrication and advanced water management principles.
Structural Flexibility
Mullion depths of up to 200 mm are intended to accommodate a wide range of structural requirements.
Efficient Fabrication
Familiar fabrication techniques help simplify production while supporting dependable long-term performance.
Advanced Water Management
The system incorporates advanced drainage and water management principles as part of its façade design approach.
MATERIAL & FINISH
Engineered for Architectural Environments
Manufactured from high-quality aluminium alloys and finished using Fineastra's premium surface technologies, the system is intended to deliver outstanding durability in demanding architectural environments.
Aluminium Alloys High-quality aluminium alloys
Surface Technologies Fineastra premium surface technologies
Durability Designed for demanding architectural environments
Façade Ecosystem Unified design language
FINEASTRA ECOSYSTEM
A Unified Façade Approach
Together with Fineastra windows, doors, sliding systems and outdoor solutions , the Curtain Wall System will form a complete façade ecosystem.
The ecosystem is built around a unified design language and a consistent engineering philosophy , allowing the different solutions to work together within a coherent architectural approach.
This approach is intended to create a consistent façade language across different architectural applications while maintaining the engineering principles behind each system.
FINEASTRA CURTAIN WALL SYSTEM
Built to Last. Designed to Belong.
The Fineastra Curtain Wall System is being developed as a high-performance glazed façade solution combining structural integrity, architectural flexibility and efficient fabrication.
Built around the proven 50 mm mullion and transom platform , with glazing compatibility up to 44 mm and mullion depths up to 200 mm , the system is intended to provide a dependable platform for demanding architectural applications.
Together with Fineastra's wider façade solutions, it forms part of a unified ecosystem built on consistent design and engineering principles.