Home   |   Products   |   Crossin Soft Plus

Crossin Soft Plus

Thermal and Acoustic Comfort

Crossin Soft Plus is a spray-applied, open-cell polyurethane foam designed for interior thermal and acoustic insulation. Its thermal conductivity coefficient, λD = 0.036 W/(m·K), effectively reduces heat loss. The product features low water absorption and a fire reaction class of E. This solution enhances thermal and acoustic comfort in interiors.

Quick and precise way of application

Quick and precise way of application

Low Lambda heat transfer coefficient

Low Lambda heat transfer coefficient

Uniform, airtight insulating layer

Uniform, airtight insulating layer

Low water absorption guaranteeing constant properties

Low water absorption guaranteeing constant properties

Spray application allows for the creation of a uniform, seamless insulation layer, minimizing the risk of gaps in the insulation. The foam adheres very well to a properly prepared substrate, which helps maintain the continuity of the insulation layer. The spray application method makes it easier to conform the insulation to the shape of the surface, even in hard-to-reach areas and around elements with irregular geometries.

Application
in construction

Crossin Soft Plus is designed for spray-applied interior thermal and acoustic insulation. It is used to insulate roofs, attics, canopies, ceilings, and walls, helping to create comfortable indoor conditions.

The foam can be used in wood, masonry, concrete, and steel structures, as well as in frame systems. The spray application technology allows for the creation of an insulation layer that conforms to surfaces of various shapes.

Crossin Soft Plus is used in residential construction, industrial facilities, and public buildings. Proper substrate preparation and application in accordance with the manufacturer’s recommendations help maximize the system’s performance.

The most important
technical parameters

Thermal conductivity coefficient
λD = 0.036 W/(m·K)
Core density
≥ 6.5 kg/m³
Water vapor diffusion resistance coefficient
μ = 6
Short-term water absorption when partially submerged
Wp ≤ 0.89 kg/m²