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Heat Proofing

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Heat is transferred by conduction, convection and radiation, or by a combination of all three, heat moves from warmer to colder areas, the greater the temperature difference, the faster the heat flows to the colder area. The entry of heat into rooms is the result of a mixture of the conduction & convection or radiation, but the most significant way is by conduction through walls and roofs.


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Heat is passed through a solid, liquid or gas from molecule to molecule in a material. Therefore, thermal conductivity is the measure of the speed of heat flow passed from particle to particle. The rate of heat flow through a specific material will be influenced by the difference of temperature and by its thermal conductivity.



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Heat is transferred when a heated air/gas or liquid moves from one place to another, carrying its heat with it. The rate of heat flow will depend on the temperature of the moving ga s or liquid and on its rate of flow.


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Heat energy is transmitted in the form of light, as infrared radiation or another form of electromagnetic waves. This energy emanates from a hot body and can travel freely only through completely transparent media. The atmosphere, glass and translucent materials pass a significant amount of radiant heat.


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Concrete (RCC) & pre-cast roofs absorb the maximum amount of Radiant heat through sun rays as a result increase temperature inside buildings likely higher than outside, as a result air conditioning load is increased, the basis of expensive electric bills, the following key advantages you can benefits by heat proofing.

  • Temperature is reduced up to 20% & electric cost down to 30%.
  • AC, Fridge & other machine load significantly drop down not only cut electric cost rather than maintenance cost as a result lifespan of machines may extend.
  • Weather protective, Anti-Rusting & Anti-Fungus are the extra benefits.
  • Resistant to ultra-violate rays produce safety to building structure.
  • Inside environment become smooth eventually improve the efficiency of workmen & inhabitants.


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Elastomeric heat reflective coating is a blend of super-polymer emulsions modified with Multi-ceramic and Nano-technology based chemicals having both heat and water insulation features.

  • Initially clean & remove dust and other unwanted particles from treated area.
  • In 2nd step repair & fill cracks, holes & other damages over the roof & wall surfaces.
  • In 3rd step further patches already filled cracks & damage areas.
  • In 4th step apply elastomeric membrane thick coating over the treated area.
  • In 5th step past fabric sheet on thick layer membrane chemical for more strengthen roof surface.
  • In 6h step apply reflective & refractive chemical with elastomeric membrane coating on fabric sheet to make roof become insulate from heat.


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  1. Reflective Paint over roof surface.
  2. Foam base sheet installation over roof surface
  3. Thermopole Sheet installation over roof surface
  4. Heat insulation Tiles fix over the roof surface.


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Guarantee may void in case of Heat proof layer break, fracture, and puncture cause by accident, earthquake, vibration, & intentionally hit by sharp tool.


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