High Temperature Insulation Materials Lower Heat Dissipation Area For Shallow Layout

 

Aerogel Insulation Sheets

 

Major advantages of TS nanoporous products

 

 Low conductivity

 

From the figure below, it shows that Uninanothermal insulation material has extremely low thermal conductivity.

Especially at high temperature, conductivity of TS thermal insulation materials changes slowly with increase of temperature.

So these materials make the largest energy use possible with high temperature condition of the highest energy consumption.

The temperature in the figure is the average temperature of the materials, the average of the sum of cold plate and hot plate temperature.

 

 

  Good energy saving

 

for underground pipelines

 

  Exellent hydrophobiclity

 

 

 

 A1 Non-combustion

 

The materials which is made of inorganic oxide and meet A1 noncombustible code in China.

 

 Good chemical compatibility

 

There are less than 10ppm anions such as halogen, sulfate or nitrate in the TS nanoporous themal insulation materials.

The PH is neutral, therefore, pipe won’t be corroded and the lifetime will be extended.

 

 Easy for construction

High level of stretching resistance

 

 Low density

Lead to the lower weight which is economic for transportation and more stable for long term usage

 

 High level of stability under high temperature enviroment with unique nanoporous 3D structure

 

 

Comparasion with traditional insulation materials:

 

	TS Nanoporous Materials	Traditional Materials
		Silicate	Aluminium Silicate	Rock Wool	Glass Wool	Polyurethane
Hydrophobicity	Good	Fair	Fair	Fair	Fair	Good
Conductivity at room temperature(W/m.K)	0.015～0.023	0.028～0.045	0.038～0.060	0.035～0.047	0.036～0.045	0.023～0.030
Operating Temperature(℃)	≤1150	≤700	≤800	≤600	≤400	≤150
Volume-weight(kg/m3)	120～180	40～60	80～200	100～160	24～96	40～60
Toxicity	No	No	No	Yes	Yes	Toxic at high temperature
Combustion Performance	A1 Noncombustible	A1 Noncombustible	A1 Noncombustible	A1 Noncombustible	A1 Noncombustible	B1 Flame Retardant
Vibration Resistance	Good	Bad	Bad	Bad	Bad	Good
Lifetime	Long	Fair	Fair	Short	Fair	Fair