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Super Therm® is a passive cool surface coating designed to reduce heat transfer into buildings, lower cooling demand, and improve comfort, without adding energy consumption.
When roofs heat up, buildings heat up. That drives:
And at city scale, it contributes to Urban Heat Island effects.
Super Therm® works as a surface solution to reduce heat load before it becomes a building problem.
That matters because it targets the start of the heat chain:
sun → roof surface → heat transfer → interior load → cooling energy
Stop the load early, and everything downstream improves.
Cool roof upgrades are one of the simplest energy retrofits because they:
Super Therm® can be installed on commercial, industrial, government, and residential buildings where roof heat load is driving discomfort and cost.
Hot roofs reduce PV efficiency. A cooler roof environment can support:
Cool roofs are used worldwide because they are a straightforward way to cut cooling load and peak demand.
Where projects require recognised cool-roof criteria, Super Therm® aligns with the direction of established rating systems such as:
(Exact compliance and listings depend on product configuration, substrate, and project requirements.)
Most people still treat cool roofs as “reflective paint” thinking. That’s outdated.
The real opportunity is viewing the roof as a thermal management membrane — a surface engineered to reduce heat loading behaviour, not just look bright.
That’s the gap in the market:
Is this an “active” system?
No. It’s passive. It reduces heat load without consuming energy.
Is it only for new buildings?
No. Cool surfaces are one of the easiest retrofits when the roof is accessible.
Will it lower my power bill?
If cooling load is meaningful in your building, reducing roof heat load typically reduces cooling energy. Results vary by climate, roof type, insulation, usage patterns and HVAC design.
Does it help with urban heat island?
At scale, yes. Cooler surfaces reduce the stored and re-radiated heat that drives local heat build-up.
If you want a roof that does more than “look reflective”, use the surface as a performance layer.
Talk to NEOtech Coatings about whether Super Therm® suits your roof type, climate, and performance goals.
A cool surface is not a new idea. What is changing is how the roof is viewed.
For decades roofs were treated as a colour choice or simply a weatherproof layer. Today they are increasingly recognised as the first thermal interface between the sun and the building.
When a roof absorbs solar radiation, that heat becomes a building load. Once the heat enters the structure, mechanical cooling systems must remove it. The process is expensive, energy intensive, and largely avoidable.
Super Therm® approaches the roof differently. It treats the roof surface as a thermal management layer designed to reduce solar heat loading before it becomes an internal problem.
The result is a passive cool surface that improves building performance without consuming energy.
Roofs receive the highest solar exposure of any building surface.
Under summer conditions a dark metal or membrane roof can exceed 70-80°C. Even lighter coloured roofs can reach temperatures far above ambient air.
That heat transfers into the building through radiation, conduction and air movement.
The consequences are predictable:
At city scale this effect compounds, contributing to Urban Heat Island conditions where built surfaces store and re-radiate heat throughout the day and night.
Super Therm® works at the point where the heat problem begins.
Rather than allowing the roof to absorb solar energy and dealing with the consequences later, the coating is applied to the external surface where solar radiation first strikes the building envelope.
This interrupts the heat chain:
Sun → roof surface → heat transfer → interior heat load → cooling energy demand
Reduce the heat entering the roof and the entire chain weakens.
Cooling demand drops. Indoor comfort improves. Mechanical systems work less.
And the solution itself requires no electricity to operate.
Cool roof upgrades are one of the simplest building energy retrofits available.
They do not require plant replacement or building shutdowns.
They can be applied to existing roof surfaces when properly prepared.
They deliver a passive outcome with no mechanical systems or moving parts.
Super Therm® can be applied to commercial, industrial, government and residential buildings where roof heat load is a driver of discomfort or operational cost.
Because it works at the external surface, it complements existing insulation systems rather than replacing them.
Solar photovoltaic systems lose efficiency as temperature increases.
A cooler roof environment can support better operating conditions for PV systems, which can contribute to improved real-world output over time depending on system design and installation conditions.
Managing roof heat therefore benefits both building performance and solar performance.
Cool roof strategies are used worldwide because they provide a direct and practical method for reducing cooling load in buildings.
Many governments and energy programs now encourage or mandate cool roof solutions as part of building energy strategies.
Super Therm® aligns with the direction of established cool roof frameworks including:
Exact compliance depends on substrate type, coating system configuration and project requirements.
The industry still tends to think about cool roofs as reflective paint.
That view is limited.
The roof surface should instead be treated as a thermal management membrane. A surface engineered to influence heat behaviour, not simply colour.
Most building models focus on layers and R-values. Yet the heat event begins at the outer surface.
Managing the surface changes the behaviour of the entire building system.
When the roof absorbs less heat, everything downstream improves.
No. It is a passive system that reduces heat load without consuming energy.
No. Cool roof coatings are commonly applied to existing buildings as part of retrofit energy upgrades.
If cooling demand is significant in the building, reducing roof heat load typically reduces cooling energy use. The result varies depending on climate, insulation levels, building design and HVAC systems.
Yes. At scale, cooler surfaces reduce the heat stored and re-radiated by buildings and infrastructure.
Passive cool roof technology delivers practical design advantages:
If a roof is already the surface receiving the sun, it should also be part of the building’s thermal strategy.
Instead of treating it as a colour choice, treat it as a performance layer.
NEOtech Coatings can help determine whether Super Therm® suits your building type, roof construction and climate conditions.
U.S. Department of Energy – Cool Roofs
https://www.energy.gov/energysaver/cool-roofs
Cool Roof Rating Council – Cool Roof Resources
https://coolroofs.org
NEOtech Coatings – Super Therm Testing and Results
https://neotechcoatings.com/super-therm-testing-and-results/
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