Canaletto evolves and selects mineral composite as the new raw material for its profiles.
A decision that is not only technical, but strategic: delivering greater reliability, improved environmental compliance, and enhanced long-term performance.
Why Mineral Composite
Compared to traditional moisture-resistant MDF, mineral composite provides tangible advantages in terms of safety, stability, and sustainability—key factors for those designing and building contemporary spaces.
Key Differences
Fire Reaction
- Moisture-resistant MDF: Class D-s2, d0
- Mineral composite: Class A1 (non-combustible)
➡ Greater code compliance and enhanced safety in interior environments.
Stability in the Presence of Moisture
- Moisture-resistant MDF: swelling ~8%
- Mineral composite: swelling 0.40%
➡ More stable joints during finishing and reduced micro-cracking over time.
Sustainability & Indoor Air Quality (IAQ)
- Moisture-resistant MDF: Class E1 (formaldehyde ≤ 8 mg/100 g)
- Mineral composite: Formaldehyde-free
➡ A healthier material, ideal for projects aligned with LEED and WELL standards.
Mechanical Strength
- Moisture-resistant MDF: limited screw holding capacity
- Mineral composite: load resistance up to 220 lbs with self-tapping screws
➡ Greater structural integrity and reliability in technical applications.
Benefits for Architects and Designers
With mineral composite, Canaletto profiles become:
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Safer → certified non-combustible materials
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More stable → reduced micro-cracking over time
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More sustainable → zero formaldehyde, compliant with international standards
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Higher performing → enhanced load and wear resistance
The Next Step for Your Projects
Canaletto’s choice is not simply a material upgrade—it’s a step forward toward more reliable, durable, and code-compliant projects.
For architects and designers, this means working with profiles engineered to deliver superior performance in every detail.
Want to experience the advantages of mineral composite firsthand?
Integrate the new material into your projects and contact us for more information.
