I prodotti per l’isolamento termoacustico del gruppo Ivas

INSULATED RENDERS TERMOK8: WHAT DO YOU NEED?

• TermoK8^® Design
• Ecobonus 110%
• Green building
• EPD verified panels
• CAM approved panels
• Cheapness
• Fire resistance
  
  
• Reduced thicknesses
  
  
• High insulation
  
  
• Thermo-acoustic insulation
• Impact resistance
  
  
• Simplicity of installation
• Modular design finishes
  
  
• System for deteriorated substrated

WHICH INSULATION PANELS ARE YOU LOOKING FOR?

• RECYCLED EPS
• WHITE EPS
• GRAPHITE EPS
• MINERAL FIBRES
• SPECIAL PRODUCTS

WHICH IVAS TERMOK8 SYSTEM ® ARE YOU LOOKING FOR?

• KEY: thermal conductivityλ
• coefficient of resistance to the passage of vaporµ
• reaction to fire - euroclasseec

•   TermoK8 ®
  CLASSICO CONVERTO λ 0,034 -
  0,035 W/mK
•   TermoK8 ®
  grafite PLUS CONVERTO λ 0,031 -
  0,030 W/mK
•   TermoK8 ®
  HP CONVERTO λ 0,030 W/mK
•   TermoK8 ®
  FONOSTOP CONVERTO λ 0,031 W/mK
•   TermoK8 ®
  CLASSICO λ 0,034 -
  0,035 W/mK
•   TermoK8 ®
  CLASSICO 35 PLUS λ 0,035 W/mK
•   TermoK8 ®
  grafite λ 0,031 W/mK
•   TermoK8 ®
  grafite PLUS λ 0,031 -
  0,030 W/mK
•   TermoK8 ®
  HP λ 0,030 W/mK
•   TermoK8 ®
  FONOSTOP EPS λ 0,031 W/mK
•   TermoK8 ®
  a.r. max 20 j λ 0,031 -
  0,035 W/mK
•   TermoK8 ®
  a.r. max 60 j λ 0,031 -
  0,035 W/mK
•   TermoK8 ®
  meccanico λ 0,035 -
  0,031 W/mK
•   TermoK8 ®
  HP GREEN λ 0,030 W/mK
•   TermoK8 ®
  FENOLICO λ 0,021 -
  0,020 W/mK
•   TermoK8 ®
  slim λ 0,028 -
  0,025 W/mK
•   TermoK8 ®
  wood λ 0,040 W/mK µ1-3,0
•   TermoK8 ®
  minerale su. λ 0,040 W/mK
•   TermoK8 ®
  minerale l.v. λ 0,034 W/mK µ1,1 ec A2
•   TermoK8 ®
  minerale l.r. λ 0,036 -
  0,034 W/mK µ1-1,5 ec A1
•   TermoK8 ®
  minerale ECO λ 0,045 W/mK
•   TermoK8 ®
  MINERALE MODULAR FLEX λ 0,034 -
  0,036 W/mK
•   TermoK8 ®
  MODULAR FLEX λ 0,035 -
  0,031 W/mK
•   TermoK8 ®
  facciavista λ 0,035 -
  0,031 W/mK
•   TermoK8 ®
  modular d λ 0,035 -
  0,031 W/mK
•   TermoK8 ®
  modular big in collaboration
  with λ 0,031 -
  0,035 W/mK
•   TermoK8 ®
  biostone in collaboration
  with λ 0,031 -
  0,035 W/mK