Product Description

       aerogel thermal insulation is called as a magic material that changes the world and the best thermal insulation material. It’s a kind of  nanoporous solids with the physical advantage of very low density, high specific surface area, high porosity, low dielectric constants and low thermal conductivity. So it is widely used in thermal insulation, fire-proof insulation, noise prevention, optics and electrics. Nanoporous aerogel thermal insulation is specially made from silica aerogel composite and inorganic glassfiber mat by Sailong. It is an excellent thermal insulation mat  with the advantage of flexibility, drainage, waterproof, inflaming retarding, insulated and energy saving. The special manufacture method enable our  nanoporous  aerogel thermal insulation to achieve  Class A standards  in low heat conductivity, low density, high drainage, fire proof and inflaming retarding. At the same time, it performs well in noise advoiding, anti vibration.

Application:

1. For the insulation of any high temperature equipments and central air condition pipe.

2. For seal, sound absorption, filtering and insulation for certain area.

3. For heat transfer, thermal energy storage equipments.

4. Aviation and space flight: thermal and acoustic insulation for thin panel and nail-board by fire-proofing fabrics, used for the thermal insulation and sound absorption of engine system, Absorbing noises and purifies the tail gas.

5. For noises absorption of the engine/exhaust pipe in car, motor vehicle. 

6. Heat insulation for industry equipment, parts and duct and household electrical appliances

 

The specifications of nanoporous aerogel insulation of Sailong：

item	unit	value		Test method
thickness	mm	3/6/8/10(±0.5)		----
color	---	White		visualization
thermal conductivity	W/（m.k）	25℃	0.014	GB/T 10294-2008
		70℃	0.018
		300℃	0.033
		500℃	0.057
linear shrinkage	%	＜1.0%		ASTM-C177
compressive strength	Kpa	@10%	60	GB/T13480
		@20%	120
compressive strength	Mpa	2.0		GB/T17911
voidage	%	95～98
hydrophobic ratio	%	99		GB/T10299-2011
density	g/c m³	0.18		GB/T5480-2008
temperature tolerance	℃	650/1100		GB/T17430-1998
burning behavior class	A	A		GB8624-2012