Saves up to 40% energy by reducing heating and cooling demands.
	High Impact Resistance
	Resistant to atmospheric pollution
	Stable over a wide range of temperature variations
	Non-toxic & environmentally friendly
	Remains intact on flexible surfaces
	Excellent crack bridging
	Exceptional film durability
	Resistant to UV degradation
	Bonds well to a wide range of surfaces
	Gloss retention & Mildew resistant
	Easy to apply
	Rapid drying for quick re-coating
	Easy cleanup with soap and water

About Insuladd e-coat
Insuladd™ e-coat utilises the very latest in ceramic micro-spheres technology originally developed by NASA for use on the space shuttle tiles.

This technology has now been adopted for use in the domestic and industrial environment. Research and development has lead to the production of a light elastomeric liquid solution, which is not only easy to apply to most structures but also capable of reducing the solar loading of very large surfaces in extreme sunlight. In fact Insuladd e-coat has been shown to reduce heat gain from the sun by up to 40%.

Above: "Insuladd applied to metal roofs on warehouses. Insuladd is used on the exterior surfaces to block the heat of the sun"

Scientifically Tested and Proven by:
Geoscience Ltd - world’s leading laboratory specialising in the measurement of thermal insulation, mechanical and fluid properties. Geoscience have been approved by NASA, International Conference of Building Officials (ICBO).

National Standards Testing Laboratories( NSTL) - The world’s leading testing and quality assurance organisation.

U.S. Army - Climatic Testing Branch, Environmental Test Division - Redstone Technical Test Centre: MIL - STD-810 Solar Radiation Test

Tech Traders Inc. - 2 year Energy Consumption Survey

Japanese National Railroad - Municipal Government of Tokyo, Japan

National Museum of Korea - Korea Institute of Construction.

Mirak Cold Storage Co Ltd

PolyN - Plastics company, United Kingdom

Department of Defense - South Korea

US Department of Defense RTP #52802726

Pratt & Whitney Aerospace - propulsion laboratories

Piper Aircraft

How Insuladd e-coat works.
Insuladd insulating coatings contain tiny ceramic micro-spheres of 30–100 microns in diameter.

The tiny microspheres act as highly efficient thermal barriers , so that when the coating dries, they form a barrier against heat transfer.

The layer is created by the microspheres coming closer together as the coating dries, until they eventually touch each other forming a single, very thin, thermal barrier.

This barrier reflects, refracts and dissipates heat, thereby keeping heat in a structure during the cold months and out of the structure during the hot months.

As they are true microspheres, the ceramic particles do not add weight but increase the strength of the coating. This helps to keep down the weight loading on the structure being coated.



Insuladd has ceramic micro-spheres which create a thermal barrier. They refract, reflect and dissipate heat. Below is a typical surface where Insuladd e-coat has been applied.

Uses of Insuladd Insulating Coatings
Insuladd light insulating e-coat is ideal for areas that will be subjected to moisture as it is a waterproof coating and will not only insulate, but also protect against moisture ingress. The elastomeric coating is ideally suited for areas that will flex, such as steel sided buildings or steel roofs, boat hulls. The coatings are effective in both hot and cold climates, reducing the cooling and heating demands, they are safe, non-toxic and environmentally friendly. Insuladd Insulating Coatings can be used to quickly and easily insulate buildings and structures that would otherwise be very difficult or impossible to insulate with more traditional methods.