Aerogel Blanket

Our Silica Aerogel Blanket is a flexible, high-performance thermal insulation material engineered for extreme industrial environments. By integrating nanoporous silica aerogel with a high-temperature fiber matrix, we achieve a stable thermal conductivity of 0.02 W/m.K. This unique porous structure (porosity 80%-99.8%) provides an ultra-low density barrier that withstands continuous operating temperatures up to 650°C, offering superior energy savings compared to traditional rock wool or fiberglass

INQUIRIES

Description

Aerogel Blanket Manufacturer: The Gold Standard in Industrial Insulation

As a recognized pioneer in China’s nanogel industry, Hebei Woqin operates an advanced R&D center equipped with state-of-the-art thermal conductivity testers and porosity analyzers. With over 15 years of industry experience, we specialize in manufacturing Silica Aerogel Blankets that solve the most complex thermal management challenges for global partners in Saudi Arabia, the UAE, and Europe.

Key Technical Advantages:

Superior Efficiency: Achieves a certified 0.02 W/m.K thermal conductivity, allowing for thinner insulation layers and massive space savings.
Industrial Temperature Resistance: Engineered for reliable performance in working conditions up to 650°C, ideal for high-pressure steam lines and refineries.
Advanced Hydrophobicity: Features a >99% hydrophobic treatment to prevent water ingress, effectively solving the root cause of Corrosion Under Insulation (CUI).
Certified Quality: Our production systems are backed by ISO 9001:2015 and ISO 14001:2015 international certifications.

Aerogel Blanket Specifications and Dimensions

Thickness	Length	width	㎡/roll
3mm	65m	1.5m	97.5㎡
5mm	45m	1.5m	67.5㎡
10mm	25m	1.5m	37.5㎡
20mm	12m	1.5m	15㎡

Note: It can be cut into pieces according to customer needs and the surface can be wrapped with aluminum foil

Test data

No.	Test Item	Sub-item	Test Basis	Specification Requirement	Test Result	Unit	Individual Judgment
1	Vibration Mass Loss Rate	-	GB/T 34336-2017 Appendix B	≤1.0	0.3	%	Conform
2	Hydrophobic Rate	-	GB/T 10299-2011	≥98.0	99.7	%	Conform
3	Thermal Conductivity	Average Temperature 25℃	GB/T 10295-2008	≤0.02	0.02	W/(m·K)	Conform
3	Thermal Conductivity	Average Temperature 300℃	GB/T 10294-2008	——	0.039	W/(m·K)	——
4	Tensile Strength	Transverse	GB/T 17911-2006 9	≥200	1255	kPa	Conform
4	Tensile Strength	Longitudinal	GB/T 17911-2006 9	≥200	414	kPa	Conform
5	Combustion Performance (Class A (A1))	Combustion Calorific Value	GB/T 14402-2007	≤2.0	1.9	MJ/kg	Conform
		Mass Loss Rate	GB/T 5464-2010	≤50	2.1	%	Conform
		Furnace Temperature Rise		≤30	2	℃	Conform
		Sustained Burning Time		0	0	s	Conform

High-Temperature Thermal Performance (Up to 650°C)

Unlike conventional insulation that rapidly degrades under heat, our Standard 650°C Aerogel maintains exceptional thermal resistance across the entire temperature spectrum:

At 25°C: 0.01955 W/(m·K)
At 300°C: 0.03347 W/(m·K)
At 500°C: 0.06716 W/(m·K)

Thermal Conductivity vs. Temperature Equation

For engineers calculating heat loss and ROI, the thermal conductivity (λ) at any temperature (T) between 25°C and 600°C can be accurately modeled using our lab-verified equation:

λ(T) = 9.499×10⁻¹¹ T³ + 1.513×10⁻⁷ T² - 1.283×10⁻⁵ T + 0.02055

(Tested according to GB/T 10295-2008 and GB/T 10294-2008 standards).

Broad Industrial Applications:

Oil & Gas: Thermal insulation for petrochemical storage tanks, refineries, and offshore platforms.
Power & Heating: High-efficiency insulation for district power heating networks and industrial steam piping.
New Energy: Specialized thermal barriers for battery compartments and new energy infrastructure.
Building Field: Fireproof and energy-saving insulation for high-end architectural façades.
Industrial Equipment: Personnel protection and heat shielding for complex industrial vessels and valves.

Aerogel Blanket

Aerogel Blanket Specifications and Dimensions

Test data

Oil & Gas Pipeline Energy Saving Calculator

Operational Efficiency Analysis