Research and Development

PANDA IRogel Company has succeeded in the industrial production of aerogel nanoporous materials in the form of granules and blanks. These products with local raw materials and local knowledge, produced by a group of professors of chemical engineering. Aerogels, as the lightest commercialized solids in the world, have unique properties that create a wide range of research fields for them. Due to the unique properties of these materials and their novelty in the field of research, the possibility of accepting articles in reputable journals is very high. Also, due to the applicability of these materials, it will be very possible to obtain and register new and practical patents. On the other hand, the analysis information of aerogel material is provided to researchers if needed so that they can be successful in developing and advancing their applied research without the need for additional costs. There is the necessary potential to produce special types of aerogels such as magnetic aerogels, nanocomposite aerogels, catalytic aerogels and etc., in which case they are produced and delivered according to a specific contract.

Some of the research potentials of silica aerogel are:

Environmental field

  • Surface adsorbent of various organic pollutants from the air
  • Surface adsorbent of various organic pollutants from water
  • Heavy metal surface adsorbent from water
  • Absorbent oil slicks from sea level

Oil and Gas and Petrochemical Engineering

  • Potential of catalytic applications in various processes

Advanced Physics

  • Cold Plasma Research

Civil field

  • Improve the various properties of concrete
  • Improve various properties of bitumen
  • Improve the various properties of gypsum

Food Science

  • Absorbent in food packaging
  • Additives in some health products such as creams

Electrical Engineering

  • Electric capacitors as very strong dielectric
  • Electrical insulation

Field of Aerospace Engineering

  • Aircraft weight reduction
  • Sound insulation
  • Waterproofing
  • Insulation

Defense Industries

  • Camouflage
  • Ammunition storage safety
  • Explosion wave reduction

Mining Engineering

  • Investigation of thermal insulation coating of mine surfaces and prevention of thermal shocks
  • Mineral separation in aeration methods

Mechanical Engineering

Field of Polymer Engineering

  • Modification and improvement of properties of various polymers
  • Production of new nanocomposites
  • Production of sound insulation polymers
  • Production of thermal insulation polymers
  • Production of refractory polymers
  • Improve the motion properties of the polymer melt


  • Absorption of certain chemicals

Medical field

  • Drug
  • Investigate the movement of materials in vivo
  • Magnetic drug delivery systems


  • Reduce evaporative water loss
  • Reduce evaporative loss of soil
  • Improving soil properties


  • Structure analysis
  • Modeling of nanoporous environment

Educational field

  • Nanotechnology education in schools
  • Field of Materials Engineering and Metallurgy
  • Molds with smooth surface casting capability

Management area

  • Assessing energy consumption reduction
  • Carbon management evaluation

Energy field

  • Reducing energy consumption

Upstream oil and gas field

  • Production of light cement
  • Control of water infiltration in wells

Automotive Engineering

  • Car weight reduction
  • Exhaust outlet

Nuclear industry

  • Absorption and separation of radioactive materials
  • Permanent disposal of radioactive materials
  • Increase the efficiency of nuclear reactors

Textile and clothing field

  • Additive to fibers
  • Production of special thermal insulation coatings

Ceramic and tile area

  • Additive to ceramics
  • Ceramic surface hydrophobicity

Sphere of paints and coatings

  • Improve the thermal properties of paint
  • Increase the thermal resistance of paints
  • Improves the water repellency of paints

The field of nanometer modeling

  • Modeling of dlvo theory on the stability of coarse nanoparticles
  • Investigation of the effect of nano surface roughness on stability
  • Influence of different forces on the stability of nanometer particles

Glass industry

  • Double glazed windows

PANDA IRogel R&D aerogel insulation