TECHNICAL LIBRARY
VENTILATED FAÇADE CLADDING WITH PIR INSULATION
The universal ventilated façade combines PIR insulation, a supporting substructure, a drained cavity and durable cladding. It protects the wall while allowing broad material choice.
Verify substrate, height, wind, fire, openings, fixings and panel format.
Prepared masonry or structural wall supporting the façade system.
Continuous rigid insulation improving the external thermal envelope.
Rails transfer façade loads and establish the required cavity depth.
Open drainage and airflow space behind the exterior finish.
Durable outer finish defining the architectural appearance.
Install PIR continuously outside the wall to limit thermal bridging.
Maintain a continuous cavity for upward airflow and safe drainage.
Select material, spacing and anchors for the cladding, wind and substrate.
Protect base and top openings while maintaining sufficient free area.
Coordinate fixings, joints and support spacing with the selected system.
Verify cavity barriers, fixing resistance and wind-load performance.
Components are selected for the façade material, panel format, building height, exposure and project requirements.
Six durable façade finishes illustrate the architectural flexibility of the ventilated system.
Stone-wool façade panels combining design flexibility, durability and low maintenance.
Durable boards with a refined linear appearance and strong weather resistance.
Authentic, durable and non-combustible slate with distinctive overlapping patterns.
Durable laminate panels available in varied colours, textures and finishes.
Lightweight, recyclable cladding with precise joints and low maintenance.
Large-format tiles offering durable, stain-resistant and weather-resistant finishes.
Appearance depends on material, finish and exposure. Manufactured panels may remain uniform, while natural slate varies in tone and texture. Confirm colour stability, cleaning, joints and weathering for the selected product.