Composite Aerogel Insulation Material for Ventilation Ductwork

This product integrates a multitude of advantages: highly efficient thermal insulation and cold preservation, non-combustibility, resistance to condensation, simultaneous hydrophobic and breathable properties, corrosion resistance, and more.
Validated through third-party testing, the product fully meets the requirements of the testing protocols, thereby achieving a breakthrough in compliant application within sectors such as marine ductwork.

Product description

Features


1. Ultra-low thermal conductivity, reducing the required thickness of the insulation layer and minimizing heat loss.
2. Hydrophobic and breathable properties, effectively inhibiting corrosion beneath the insulation layer.
3. Composed of non-combustible inorganic materials; the water vapor diffusion resistance factor meets standard requirements, ensuring a service life of over 20 years.
4. Lightweight and compact, resulting in reduced logistics costs and storage space requirements.
5. Possesses excellent structural integrity, with high compressive and tensile strengths that guarantee long-term durability and structural stability.
6. Easy to install, thereby reducing labor requirements and installation time.
7. Wide range of applications, particularly well-suited for use in confined or narrow spaces.

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Applications


Capable of providing effective cold insulation and being non-combustible, this material is suitable not only for marine vessels but also for applications in commercial air conditioning systems, cold storage warehouses, refrigerated rooms, refrigerated transport vehicles, LNG storage tanks, and similar fields. Boasting superior cold insulation performance and a long service life, this material holds broad prospects for application across various sectors, including transportation vehicles, aerospace, shipbuilding, construction, LNG infrastructure, home appliances, and polar equipment.

Density

160–250 (kg/m³)

Moisture Resistance Factor

≥1500

Mass Moisture Absorption Rate

≤0.9%

Thermal Conductivity

≤0.019 W/m·K (Room Temp: 23°C ± 2), ≤0.006 W/m·K (77 K Thermal Conductivity)

Asbestos Analysis

Asbestos-free (ISO 2262-1)

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