PUR: Ideal performance in thermal insulation and high resistance, due to the isocyanate and polyol mix, generating an expansion of material and filling the cells with gas, this achieves a temperature insulation and improves energy efficiency.

Density: 2.49 LB/FT 3 – R-Value per inch: 6.6.

PIR (Polyisocyanurate): Is a mixture of polyol, isocyanate and cyclopentane. Designed for industrial construction and refrigeration. PIR foam has higher fire resistance, low smoke emission and maintains its insulating thermal conductivity.

Density: 2.6 LB/FT 3 – R-Value per inch 7.0.

Engineered with a unique advanced Polyisocyanurate (PIR) core, developed by Isocindu, R-Plus sets a new standard for thermal performance by providing 7.5 R-Value per inch.

Versatile and Advanced PIR Formula: This advanced core technology contributes up to 8% to 14% higher R-value compared to the average of the polyisocyanurate market leaders, minimizing heat loss and reducing the energy cost operation for heating or cooling equipment, providing excellent insulation performance across a wide range of projects, but must important in cold storage projects.

Mineral wool is a recyclable insulating material that offers superior energy efficiency. This means several benefits. First, it ensures optimal thermal comfort within a building, reducing the need for heating and cooling.

Second, as a fire-resistant material, it slows the spread of flames, providing valuable time for evacuation in the event of a fire.

Finally, mineral wool provides excellent acoustic insulation, with noise reduction. This effectively prevents external noise from entering the building and internal noise from escaping.

The Most Advanced Insulation Technology

Most Advanced Insulation: LEAF enhances the thermal performance with 7.9 R-Value per inch, reducing the foam’s thermal conductivity. With a lambda reduction up to 20% and a one-inch difference in thickness, it enables lower thermal transmittance compared to standard products. This leads to reduced transportation costs, building weight and volume while creating additional usable space within the building.

Safe and Sustainability: Leaf delivers high fire performance without the use of hazardous halogenated flame retardants. It has achieved B-s1, d0 fire rating, the highest for polyurethane panels, this certification indicates minimal smoke production in the event of fire, as well as the absence of flaming drips or particles.

The harsh industry regulation concerning the enhancement of thermal performances

LEAF technology improves the thermal performance of the insulating material, by lowering the thermal conductivity of polyurethane foam.

LEAF technology provides therefore lower thermal transmittance values compared to standard products.

This improvement leads to lower heat loss (up to 20%) on the building envelope.

LEAF technology represents a step towards more sustainable buildings, thanks to the continous effort of Isopan R&D.

Commonly used flame retardants improve fire perfomances of insulating materials, but they contain halogenated compounds, potentially dangerous for the environment.

With LEAF technology, Isopan offers best fire perfomances without halogenated flame retardants.

The insulation panel market stands out thanks to its optimal thermal insulation coefficients and cost reduction during building operation. This double advantage is due to the dry construction and the will to give a satisfactory answer to the energy efficiency requirements of the building sector.

LEAF stands out from other similar products, thanks to its improved performance and its combination with sustainability. The thermal insulation offered by polyurethane panels with this technology guarantees up to 20% less heat loss from the building envelope. A figure that has practical implications that can be measured and monetized.