/ 01
Applied to existing surfaces
The coating is applied to what is already on the building - glass, render, sheet metal. No substrate replacement, no window removal, no metalwork. Typical timeline: 1-3 weeks on a 1,000 m² façade.
/ How it works
Adalio works across two kinds of physics. The same principle of selective reflection, two different surfaces:
- On glass
- the Active TT nano-coating splits the spectrum - transmits visible light, blocks infrared and UV
- On walls and roofs
- IzolPlus microspheres form a thermoreflective layer under one millimetre that reflects radiation and dampens conduction
Springer JTAC 2024 (film) · MDPI Energies 2022 (coating)
/ Mechanism - two surfaces
/ Active TT mechanism
The coating separates the spectrum.
Light stays. Heat returns where it came from.
1
/ 01
Visible light - passes through
Passes through the nanocoating unchanged - the interior stays bright, colours natural. VLT 70% (South), 72% (North). No need to switch on the lights.
2
/ 02
Infrared - reflected
The heat carrier. Active TT South reflects above 94% of IR - the interior does not overheat in summer. The North variant blocks above 60% (priority: brightness and winter warmth). Less work for the air conditioning.
3
/ 03
Ultraviolet - blocked
Blocked above 99%. Furniture, fabrics, paper and wood do not fade - UV never reaches the interior. Protects interiors, heritage ones included.
-
/ 01 Visible light - passes through
Passes through the nanocoating unchanged - the interior stays bright, colours natural. VLT 70% (South), 72% (North). No need to switch on the lights.
-
/ 02 Infrared - reflected
The heat carrier. Active TT South reflects above 94% of IR - the interior does not overheat in summer. The North variant blocks above 60% (priority: brightness and winter warmth). Less work for the air conditioning.
-
/ 03 Ultraviolet - blocked
Blocked above 99%. Furniture, fabrics, paper and wood do not fade - UV never reaches the interior. Protects interiors, heritage ones included.
Active TT datasheet
/ IzolPlus mechanism
The coating reflects the sun.
On walls and roofs the microspheres do the work, not the glass. The same principle: reflect it, do not let it in.
1
/ 01
Solar reflection
The white IzolPlus coating reflects 86.95% of the full solar spectrum (TSR). A roof in full sun does not store heat.
2
/ 02
Microsphere layer
Microspheres in a thin paint coating. They reflect radiation and limit conduction - without adding thick insulation.
3
/ 03
Heat conduction
Low thermal conductivity: λ 0.00079 W/m·K for the Bitum coating. Less heat enters the partition.
-
/ 01 Solar reflection
The white IzolPlus coating reflects 86.95% of the full solar spectrum (TSR). A roof in full sun does not store heat.
-
/ 02 Microsphere layer
Microspheres in a thin paint coating. They reflect radiation and limit conduction - without adding thick insulation.
-
/ 03 Heat conduction
Low thermal conductivity: λ 0.00079 W/m·K for the Bitum coating. Less heat enters the partition.
MDPI Energies 2022 (TSR) · Bitum datasheet
/ Heat loss
40-60% of building energy escapes through glazing and exterior walls.
IzolGlass · Active TT datasheet Springer JTAC 2024
See the products / Four principles
Four principles, two product lines.
The rules that connect both Adalio lines - from window film to roof coating.
/ 02
Spectral selectivity
Visible light (400-800 nm) transmitted. Near-infrared (1,000-2,500 nm) blocked. UV blocked above 99%. The surface keeps its original tone.
>94% IR Active TT South >99% UV blocking
/ 03
Durability
IzolPlus - warranty up to 15 years of fault-free thermal-reflective performance. IzolGlass Active TT - lifetime 5-10 years exterior, up to 20 years interior, manufacturer warranty 5 years.
/ 04
Measurability
Every project closes with an acceptance protocol and before/after thermal imaging. Product specification sheet (batch numbers, parameters).
Springer JTAC 2024 · DOI 10.1007/s10973-024-13673-9
±2°C floor-ceilingCold spots vanished. Indoor temperature evened out - difference between floor and ceiling no more than 2°C.
/ Building audit
Want an audit on your building?
Before/after thermal imaging, energy report, ROI scenarios.