Nansulate Liquid Applied Thermal Insulation and Mold Resistance Coatings

Thermal conductivity, k, is the intensive property of a material that indicates its ability to conduct heat. The lower the thermal conductivity number, the better the insulator. The low thermal conductivity of Nansulate® and the nanomaterial contained in Nansulate® is what makes it an excellent insulator.

Nansulate® coating when fully cured... a mininum of 30 to 60 days after application (depending on humidity and climate), consists of over 70% by volume of the nanomaterial we call Hydro-NM-Oxide.

Two identical wooden boxes were furnished with incandescent lamps and thermocouples at the same positions inside the boxes. One box was coated with 3 coats of Nansulate® GP on all surfaces inside and outside. At an ambient temperature of 13C (55F), both heating elements were switched on and temperatures were noted against time.

Time	Un-Coated Inside Temp	Coated Inside Temp	Difference/C	% Energy Difference
00:00:00	13C (55F)	13C (55F)	-	-
00:45:00	37C (99F)	40C (104F)	3C (5F)	11.11111
01:05:00	39C (102F)	42C (108F)	3C (6F)	10.34483
01:25:00	40C (104F)	44C (111F)	4C (7F)	12.90323
01:45:00	41C (106F)	45C (113F)	4C (7F)	12.5
01:52:00	41C (106F)	45C (113F)	4C (7F)	12.5

40C (104F) was reached in 45 minutes by the coated box, 85 minutes by the uncoated.

The uncoated box could not reach 42C (108F)

Click to download an Energy Comparison Demonstration Report

Nansulate Insulation Coating Reduces Attic Temperatures

Nansulate® is Patented technology protected by U.S. and international Patents.