New Thermal Insulation Test Results Confirm Foamland’s Commitment to Quality and Sustainability

At Foamland, our mission has always been to offer reliable, high-performance insulation products that not only meet but exceed the expectations of our clients. We are proud to share the results of a recent laboratory test performed on one of our flagship products, Termicland N°1, which confirm their excellent thermal insulation capabilities.

Termicland Nº1
Termicland Nº1

The tests were carried out by a prestigious international laboratory accredited under ISO/IEC 17025. The evaluation was conducted using the guarded hot plate method in accordance with EN 12667 and EN 16863 standards for building insulation materials.

Test Highlights:

  • Termicland N°1 (4 mm thick layer):
    • Thermal resistance (R): 0.103 m²·K/W
    • Thermal conductivity (λ): 0.0389 W/(m·K)

When comparing the results obtained with the typical values of other insulation materials on the market, we see that Termicland N°1 offers a competitive thermal conductivity, within the usual range of the best mineral and natural materials. This proves that our product range can be an efficient, versatile, and sustainable alternative for both renovation and new construction projects.

These results validate the high performance of our insulation materials and reaffirm our commitment to offering quality solutions adapted to the real needs of homes and businesses.

Sustainability Through Performance

At Foamland, we believe that thermal efficiency is a key driver of sustainability. Enhancing the insulation of buildings directly reduces energy consumption for heating and cooling, which means lower energy bills and a smaller environmental footprint. That’s why we invest in testing and validation: to guarantee that our products contribute to a more energy-efficient and responsible future.

As we continue to innovate, we remain dedicated to transparency, technical excellence, and delivering value through every layer of our products.

Aluminum and bubble wrap insulation applied on a construction site
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