Why Choose Tonality Ceramic Slats

Low deadweight, fast install

At approximately 29 kg/m², Tonality ceramic slats minimise facade structural load. A patented hook technique enables rapid, cost-effective installation with no visible fixings.

Fire rated A1 — incombustible

Tonality meets fire classification A1 (incombustible) and withstands earthquake conditions, making it suitable for demanding multi-storey and public sector applications.

Rear-ventilated moisture management

The system separates insulation from weather protection. Natural stack-effect air circulation removes moisture continuously, keeping the wall assembly dry throughout its lifespan.

Premium ceramic slat cladding for ventilated facades

Tonality ceramic slats are a rear-ventilated facade system combining outstanding technical performance with a refined architectural expression. Weighing approximately 29 kg/m² with a single-shell design, they minimise the structural load on the facade while remaining compatible with most wall configurations.

A patented hook technique enables rapid, cost-effective installation with concealed attachment points that remain invisible after installation. Ceramic slats and aluminium rails are pre-engineered, with locking pins securing elements and integrated pressure springs ensuring tension-free fitting.

Key features

Fire classification A1 — incombustible and suitable for all building heights.
Earthquake resistant construction.
Concealed fastening — attachment points invisible post-installation.
Pre-engineered ceramic slats and aluminium rails with integrated pressure springs for tension-free fitting.
Four contemporary colour options with matched substructure, available in-stock.

Surface performance

Impact and scratch resistant.
UV, frost, weather, and temperature resistant.
Graffiti resistant surface.

Rear-ventilated facade system

The Tonality system separates the insulation and weather protection functions of the facade. Air circulation behind the cladding removes moisture via natural stack effect, providing ongoing moisture management throughout the system's lifespan — cost-effective, ecologically sound, and durable for all building types and heights.