DUNNE ISOLATIE: meer met minder

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ISOBOOSTER specifications

Patented and innovating properties ISOBOOSTER

  • In accordance with international standard ISO 6946:2007;
  • Approx. 2,4 centimeters or 4,0 centimeters;
  • No extra airgap necessary unlike other insulation materials;
  • No extra cold-bridge materials needed (alu is inside, not on top!);
  • No internal condensation;
  • Modular; this means you can pile up heat insulation layers and add up r-values;
  • Approx. 300 grammes per m2 or 600 grammes per m2 (T2-version);
  • Installed independently or in combination with existing heat insulation;
  • Reflective foil as corematerial;
  • Very high warmth-reflecting value;
  • Easy in use, body-friendly, durable and recyclable;
  • Simple installation: knife, tape and tacker are sufficient at installation;
  • Freedom of form, also easy in angles and bowed constructions to assemble;

Technique, functioning and explanation:

  1. Warmth loss occurs for 75% by infra-red radiation and for 25% by conductance and air trend.
  2. Pure aluminium reflects 97% of all infra-red radiation. The functioning of Isobooster aims at the aspect where the most of savings will be realised: blocking of infra-red. A critical condition to reach the optimum reflection is the presence of a stationary air layer on both sides of the reflective foil. For this reason Isobooster embeds at the outside side ánd inside a stationary air layer. There is no other heat insulation material that has implemented these physical principles as far as Isobooster does.
  3. Each material has three barriers which influence warmth resistance:
    1. The access of outside the material into the material;
    2. The transportation of warmth through the material itself;
    3. The outflow of warmth on the colder side of the material.
    This passage capacitance, as expressed in the well-known R-value, is for isobooster aluminium at its maximum;
  4. Isobooster uses infra-red emissive airlayers to catch the ceded warmth of the aluminium foil and to pass it on. By repeating the number of unventilated layers and reflective foil, the process of reverberation and conversion of warmth is repeated continiously. The airfoil is produced with a special recipy that will resists UV-influance and thermal hazards by the years to come.
  5. The best reflective foil in combination with the special airfoil results into the ultimate, thin heat insulator in the market: Isobooster.