Ozone Houses are based on a modern technology, environmental friendly, which sums up a number of benefits for both end user and the environment itself.

The technology is based on structural insulated panels, which is a benchmark for the construction industry of the XXI century. Scientifically demonstrated, the lifetime for an Ozone Homes building is 60 years compared to the conventional construction, which is 50 years.

Ozone Homes prefabricated construction simplifies the process because it replaces three major components: structural reinforcement, traditional enclosures and insulation.

Ozone Homes panels have a higher heat resistance than the traditional methods. As a prefabricated product, these panels provide increased productivity, eliminate waste, reduce wet work and dramatically reduce implementation.

Ozone Homes buildings provide a substantial reduction in maintenance costs, 25-40% less than traditional construction. Heating is achieved by radiant panels.

Ozone Homes technology protects the environment due to its ecological components, as 65% of the materials are recyclable.

The constructions using structural insulated panels are known to be among the buildings with the highest energy efficiency performance.

Benefits of Ozone Homes:

  • Resistance to water vapor transmission – can be used in areas with humidity above 95% (tested under real conditions with variations in temperature -10 °C / 10 °C over 36 months);
  • High resistance to aging;
  • Excellent sound absorption characteristics;
  • Increased resistance to impact / shock;
  • High resistance in the event of earthquake;
  • Protection and resistance to insects, acidic substances, corrosion, etc.;
  • Excellent structural qualities;;
  • Organic material;
  • High elasticity;
  • High thermal insulation capacity, which is not found in any other insulating material used so far;
  • High resistance to fire (over 120 minutes) – exposed to fire the foam from polyisocyanurate does not generate incandescent particles, has a low index of fire propagation and becomes brittle, limiting further ignition of building materials (especially for wood structured materials), playing the role of a true guardian or the slow combustion phase may be extended, leading to the safety of the resistance structure also the possibility of an intervention from the inside without reaching a dangerous widespread fire;
  • Lightweight, approximately 1.2 to 1.5 kg / sqm, synthetic material, rough and plastic, very easy, which does not hinder the construction, but on the contrary, consolidates it;
  • Polyisocyanurate foam ensures the best heat transfer coefficient of the insulation material category (λ = 0.022 W / mK).