URSA PUREFLOC Cavity
High-performance blowing wool for fast, easy cavity wall insulation in all types of projects.
URSA PUREFLOC Cavity is a high-performance solution for insulating cavity walls and internal partitions. It delivers excellent thermal and acoustic insulation, helping to reduce noise and maintain indoor comfort.
Non-combustible (Euroclass A1) and moisture-resistant, it installs quickly and cleanly with no material waste. Its cohesive structure prevents settling over time, ensuring long-lasting performance in both renovation and new-build projects.
Does not absorb or retain moisture, a hydrophobic product. Clasified WS.
0,034 W/(m·K) for 30-40 kg/m3 applied density.
Classification S1 (≤1) Consistent insulation over time.
Euroclass A1, no combustible material.
MU1 allows vapor to pass through without accumulating moisture.
Recommended for double brick masonry cavity walls.
Product name | Code | Kg/Bale | Bales/Palet | Kg/Palet | |||
---|---|---|---|---|---|---|---|
URSA PUREFLOC CAVITY | 2142844 | 16.6 | 39 | 647.4 | |||
URSA PUREFLOC CAVITY XS | 2142065 | 16.6 | 26 | 431.6 |
Designed for double walls and internal partitions, it delivers long-lasting thermal and acoustic performance.
Classified as Euroclass A1, it does not contribute to fire spread, enhancing building protection.
Retains its insulating properties throughout the entire lifespan of the building.
Blown-in application minimizes material waste and speeds up on-site installation.
With MU1 vapor permeability, it prevents condensation and protects structural integrity.
Very low emissions certified by Eurofins Comfort Gold and Blauer Engel certifications
Blown mineral wool completely fills the air gap between masonry leaves, eliminating thermal bridges and improving thermal and acoustic performance. Installed via small perforations, ensuring uniform density and long-term stability.
Blown mineral wool in ceiling or floor voids enhances thermal resistance and acoustic insulation. Even distribution prevents settlement, reducing seasonal energy losses and improving efficiency.