top of page
ISONEM THERMAL PAINT

ISONEM THERMAL PAINT is an elastomeric resin-based, contains special vacuum microspheres, have vapor-permeability, water-based, a low thermal conductivity, high sunlight absorbency, and high surface heat transmission value. Its activity is scientifically proven special insulating paint which provides the thermal and water insulation in the interior and exterior facades. It provides energy savings to buildings of up to 40% depending on the application layers number in heating and cooling energy costs.

 

When the ISONEM THERMAL PAINT with special vacuum microspheres is used as interior wall paint, it reflects the radiant heat generated inside to the interior environment, and when it is used on the exterior, the incoming radiant heat is reflected back to the outside. When used on roofs, it reflects a minimum 80% of the sun’s rays thanks to its ceramic-reinforced formula. While the water never passes from the film surface applied Isonem Thermal Paint, the moisture inside the building evaporates away from the structure.

 

Click Here For TDS

ISONEM THERMAL PAINT

CALL FOR PRICING
    • Density (25°C, g/mL): 0,70 ± 0,15
    • pH (25°C): 7.0 – 9.0
    • Solid content (% Weight): 45 ± 2
    • Solid content (% Volume): 65 ± 2
    • Water transmission rate (kg/ m2. h0,5): < 0,1 CLASS W₃
    • Adhesion strength by pull-off test (N/mm2): Crack bridging flexible systems without trafficking ≥ 0.8
    • Permeability to water vapour (m): 5 ≤  SD ≤ 50 CLASS II
    • Certification: TSE K 127 THERMAL PAINT
    • Class: COLD CLIMATE PAINT
    • Brightness:  N/A (not applied)
    • Wet abrasion resistance (μm): CLASS II
    • Covering power (m2/L): CLASS I
    • Dry film thickness: CLASS E₅
    • Grain size: CLASS S₂
    • Crack covering feature (μm): not required, CLASS A0
    • Carbon dioxide permeability (g/m2.d): not required, CLASS CO
    • Surface heat transmission value (ε): min. 0.80   
    • Sunlight absorbency value (α): 0.820, min. 0.80
    • Thermal paint surface resistance (RS): 0.0495 ± 1,5 %
    • Heat conductivity coefficient (W/mK):  0.023, λ<0.060
    • Impact resistance: No cracking & rupture   
    • Solvent: Water
bottom of page