New Polyfoam C700 LJ insulation from Knauf Insulation
Summary for decision-makers
Knauf Insulation has developed Polyfoam C700 LJ, an extruded polystyrene panel designed to meet the demanding thermal insulation needs of floors and flat roofs subject to very high loads. Ideal for warehouses, car parks and cold rooms, this product stands out for its excellent thermal performance with a lambda conductivity of 0,038 W/(mK) and a thermal resistance ranging from 1,55 to 2,10 m2.K/W. In addition, its design allows for quick and efficient installation thanks to an interlocking system, making the use of Polyfoam C700 LJ practical in the most demanding contexts such as the inverted insulation of flat roofs accessible to heavy and light vehicles.
Aimed primarily at construction and engineering professionals, Knauf Insulation positions its product as a response to the growing demand for durable, high-performance insulation. With Polyfoam C700 LJ, decision-makers benefit not only from a technically advanced product but also from a reliable solution that contributes to the energy efficiency of infrastructure, thus reinforcing their commitment to responsible and environmentally friendly construction.
for the insulation of floors and roof terraces subject to very heavy loads
Polyfoam C700 LJ: high-performance thermal insulation for heavy loads
To provide an adequate response to the thermal insulation needs of floors and roof terraces subject to very high loads, Knauf Insulation has created Polyfoam C700 LJ, an extruded polystyrene panel.
Polyfoam C700 LJ is particularly suitable for warehouses, car parks, cold rooms subject to very high loads, as well as for inverted insulation of flat roofs accessible to heavy and/or light vehicles.
Polyfoam C700 LJ displays excellent performance in terms of thermal conductivity (lambda = 0,038 W/(mK)) and thermal resistance (R = 1,55 to 2,10 m2.K/W) and is easily installed by interlocking the panels.
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France
Courriel : marketing.france@knaufinsulation.com
Site internet : https://www.knaufinsulation.fr