Registration Date 5 Apr 2021
Revision Date 5 Apr 2021

Heat insulation cover


Construction Masonry Materials

Thermal Insulation Coating


Coating on metallic surfaces of the roof and gables to stop heat transfer into buildings Decreasing the temperature of exterior surfaces of industrial equipment like tanks and reactors, etc. Decrease in fuel and energy usage in equipment with elevated temperature and thermal energy, especially petrochemicals, refineries, metal and military industries Reduce heat absorption and avert cold transfer through roofs, walls and attics
Roof Tanks Walls Refinery Military industry Gable roof Reactors Petrochemical Complex Metal industry


Prevent heat transfer by radiation No smoke or chemical pollutants thanks to the use of direct flame Flexible Ease of use Hydrophobic with water vapor permeability The application of nanomaterial has developed the thermal insulation behavior. The consequences of heat transfer coefficient test presented that by using of nanotechnology to this product, the heat transfer coefficient of the coating decreased while the specific heat of the coating increased.

Anti-pollution Flexibility Thermal Insulation Hydrophobic Energy Consumption Reduction Water vapor permeability

Manufacturer's Description

Survival in today's industrial world needs the protection and saving of national assets like energy and fuel. Nano thermal insulation reduces energy intake and preserve the environment by decreasing heat energy in residential and industrial locations which meaningfully protect national resources. Such coatings with ability to reflect thermal energy and change thermal coefficient lead to temperature drop and subsequent energy storage. Due to their effective molecular and macroscopic level of design, they trap air between particles. Due to air entrapment at the molecular level by using such nano-insulation and nano-coating, a few inches thick layer can have a momentous effect.

Some nanomaterials have exclusive characteristics like specific surface area, high porosity, low density, low thermal conductivity, high transparency and very low dielectric constant.