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Engineered for performance. Built to last.

Alva Façade systems feature a ventilated cavity between cladding and substrate, generating a passive “chimney effect” that drives continuous airflow from base to top through panel joints. This natural ventilation stabilizes internal temperatures, reduces moisture buildup, and enhances both thermal and acoustic insulation. Originally conceived for climate shielding, the system has evolved into a high-performance solution for energy efficiency and envelope protection—delivering long-term environmental performance without impacting structural layout or finish continuity.

Ventilated facade
Integrated Performance

Alva systems are designed for compatibility across climates, delivering consistent performance with minimal visual impact.
Each façade balances structural reliability with refined detailing—integrating effortlessly into the building envelope while supporting long-term thermal and environmental performance.

Our Systems
in Action

FACADES
WHY CHOOSE THE ALVA FAÇADE SYSTEM

Advantages of the Façade System

Passive ventilation, structural integrity, and long-term energy performance—engineered into every layer.

Energy Efficiency
Energy Efficiency

Up to 40% HVAC savings via passive airflow

Moisture Control
Moisture Control

Chimney-effect ventilation prevents condensation

Thermal Acoustic
Thermal & Acoustic

Reduced heat transfer and noise intrusion

Durability
Durability

Weather-resistant, low water absorption panels

Low Maintenance
Low Maintenance

Porcelain cladding designed for longevity

Easy Installation
Easy Installation

Dry-fix, retrofit-ready, interior-focus safe

Design Flexibility
Design Flexibility

Endless material and finish options

Sustainability
Sustainability

co-certified, recyclable, reduces carbon footprint

The Technology Behind the Façade

Alva ventilated façades are high-performance, multi-layered systems that combine structural reliability, passive ventilation, and design flexibility. Continuous airflow through a ventilated cavity reduces heat loss, prevents overheating, and manages humidity throughout the year.

The system supports diverse formats and finishes—offering design freedom without compromising technical standards.

Base Wall
Structural core of the building; supports all façade loads but is not part of the façade system.
Thermal Insulation
Enhances thermal and acoustic efficiency while eliminating thermal bridges.
Ventilated Air Chamber
≥30 mm cavity between cladding and insulation that drives vertical airflow to regulate temperature and moisture.
Brackets
Wall-mounted supports that set cavity depth and carry the substructure.
Profiles
Vertical or horizontal rails fixed to brackets; serve as the load-bearing frame for cladding.
Anchors
Fixings that transfer structural loads from the façade to the base wall.
Fixing System
Concealed or visible clips that secure panels to profiles for easy installation and maintenance.
Cladding Panels
Outer skin made from durable materials like extruded porcelain, resistant to UV, moisture, and weathering.
RECENT PROJECTS
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Ciel et Jardin

Ciel et Jardin presents a striking dual-tower design that redefinesresidential architecture through a play of structure, texture, andopenness. The facade combines terracotta-toned cladding elementswith dark metal framing and expansive glazing, introducing a boldrhythm across the building’s vertical surfaces. Read more

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Congo Heights

The facade of Congo Heights introduces a straightforward yet impactfulapproach to vertical living. With its structured scaffolding still in place,the architectural intent is already evident—an emphasis on bold contrastand clean geometry. Read more

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JMF Villa

The JMF Project introduces a contemporary residential design defined by clarity of form and understated elegance. The facade is clad in smooth, light-toned panels, arranged in a uniform grid that reinforces the structure’s geometry while offering a clean, monolithic appearance. Read more

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