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How Super Thin Coatings Like Super Therm® Create Big Energy Wins

Most people still believe insulation must be thick to work. Batts. Boards. Foam. Layers of material measured in tens or[...]

Cool Surfaces | Environmental | Insulation Coatings | Sustainability | Thermal Info | Urban Heat

Thermal Inertia and Lag Time – The Hidden Battleground of Building Performance

Most buildings don’t fail because of insulation thickness. They fail because of timing. Thermal inertia and lag time are where[...]

Cool Surfaces | Environmental | Thermal Info | Urban Heat

How Thermal Emissivity and Specific Heat Define Comfort

Most conversations about building comfort revolve around insulation thickness and R-values. That is only part of the story. Comfort is[...]

Cool Surfaces | Environmental | Insulation Coatings | Thermal Info | Urban Heat

Heat, Light & Radiation – A Crash Course in Building Envelope Science

If you do not understand how heat actually reaches a building, you will never control it. Most discussions around insulation[...]

Cool Surfaces | Environmental | Industry | Insulation Coatings | Sustainability | Thermal Info | Urban Heat

Why 0.25 mm of Super Therm Outperforms Bulk Insulation

The industry is trained to think thicker equals better. More R-value. More bulk. More layers. But thickness only addresses one[...]

Cool Surfaces | Heat Policies | Insulation Coatings | Sustainability | Thermal Info

Debunking Insulation Myths: Absorption vs. Blockage

Most insulation conversations are built on one assumption. That insulation works by absorbing heat. It does not! And that misunderstanding[...]

Cool Surfaces | Environmental | Heat Policies | Insulation Coatings | Sustainability | Thermal Info

NASA to Now: The Story Behind Super Therm’s Origins

In the late 1980s, satellites were picking up something most building codes still ignore. Cities were glowing. Roofs, roads, metal[...]

Cool Surfaces | Environmental | Insulation Coatings | Thermal Info

Inside the 4-Ceramic Formula: What Makes Super Therm® Block 96.1% of Heat

The Problem Most People Miss Heat does not move one way. It transfers through radiation, conduction and convection. Most “cool[...]

Cool Surfaces | Insulation Coatings | Thermal Info

What Is Thermal Diffusivity – and Why It Matters More Than R-Value

Most of the building industry still worships R-value. Higher number. Thicker insulation. Problem solved. That logic worked in the 20th[...]

Cool Surfaces | Environmental | Heat Policies | Insulation Coatings | Passive House | Sustainability | Thermal Info

Surface Heat Behaviour: The Hidden Driver of Energy Loss

Most building conversations focus on R-values, insulation thickness and HVAC capacity. But the real fight starts at the surface. Surface[...]

Cool Surfaces | Sustainability | Thermal Info | Urban Heat

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