Description
Aerogel Blanket is one flagship product of our company. It is made by compounding Silica aerogel and fiberglass as the basal. It has excellent insulation property, surface hydrophobicity and flame retardant property. Its thermal conductivity coefficient at the normal temperature is about 0.016W(m.k), which is lower than still air. And its hydrophobic rate can reach 99% under normal temperature. It also has excellent flame retardant performance, the fire rate meets the National Standard A1 level. And its working temperature range is widely. Generally, it can work normally in -200℃-650℃ according to the different requirement. In addition, it is easy to cut and install at construction site.


Structure:
Insulation blanket unique process integrates aerogel into a fiber-batting reinforcement to create flexible, resilient, durable aerogel super thin felt with superior insulating properties. aerogel insulation blanket is mostwidely applied into electronic devices and other areas requiring effectivethermal insulation and tiny insulation space.

Features:
Better insulation performance
Overall fire, A-level non-combustible
Construction is simple, safe
Excellent acoustic noise reduction
Excellent hydrophobic properties
Excellent tensile strength



Technical Parameters：

Model		Hydrophilic	Hydrophobic
		SACB-0-X	SACB-1-X
Thickness(mm)		3,5,6,10	3,5,6,10
Width(mm)		1400/1500(Customizable)
Color		White
Tensile strength(min),(kpa)		100
Density(kg/m³)		200±20
Compressive property	(min),kpa,@10%	60,GB/T 13480-2014
	(min),kpa,@25%	120,GB/T 13480-2014
Recommended operating temperature(°C)		-200~650	-200~300
Burning behavior		A	ASTM E 84
The smoke performance level		A	ASTM E 84
Corrosion resistance		Pass	GB/T 17393-2008, ISO 9227-2012, ISO12944-6
Hydrophobicity,(%)		/	>99
Temperature(°C)		Coefficient thermal conductivity	ASTM C1728-17 ASTM C177-19
-200°C		0.012 W/(m·K)
-100°C		0.013 W/(m·K)
0°C		0.016 W/(m·K)
25°C		0.020 W/(m·K)
100°C		0.023 W/(m·K)
200°C		0.027 W/(m·K)
300°C		0.035 W/(m·K)
400°C		0.044 W/(m·K)
500°C		0.055 W/(m·K)
650°C		0.066 W/(m·K)
Maximum use temperature		Withstand 649±29°C for 96 hours	ASTM C1728-17/ASTM C411-19 ASTMC447-15

Application: