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Aerogel Materials for High-Performance Thermal Insulation

Hebei Woqin supplies a complete range of silica aerogel materials designed for projects that require thin, lightweight and efficient thermal insulation. This product category includes aerogel blanket, aerogel powder, aerogel particles and aerogel thermal insulation coating, helping engineers, contractors and material manufacturers choose the right form for different insulation structures and processing needs.

Compared with traditional insulation materials, aerogel materials are valued for their low thermal conductivity, low density and strong thermal resistance. They are widely used in industrial pipelines, petrochemical equipment, building energy-saving systems, coating formulations, composite materials and applications where limited space or complex surfaces make conventional insulation difficult to install.


Types of Aerogel Materials We Supply

Aerogel Blanket
Aerogel blanket is suitable for wrapping pipelines, tanks, ducts, vessels and high-temperature industrial equipment. Its flexible structure makes it easier to install on curved surfaces, while the hydrophobic performance helps reduce moisture-related insulation failure. It is a practical choice for projects requiring thin insulation thickness, high temperature resistance and CUI prevention.


Aerogel Powder
Aerogel powder is mainly used as a functional filler in coatings, plastics, mortars, composites and other advanced material systems. It helps improve thermal insulation performance without adding excessive weight, making it suitable for manufacturers developing lightweight insulation formulas or high-performance coating products.


Aerogel Particles
Aerogel particles are suitable for use as insulation fillers, additives or raw materials in customized thermal insulation products. Their particle form allows flexible processing in different material systems, especially where bulk filling, blending or compound formulation is required.


Aerogel Thermal Insulation Coating
Aerogel thermal insulation coating is designed for complex surfaces such as valves, flanges, elbows, tanks and irregular industrial equipment. It can form a seamless insulation layer and is especially useful for anti-scalding protection, surface temperature control and areas where blanket installation is inconvenient.


How to Choose the Right Aerogel Material

RequirementRecommended Product
Pipeline or tank wrappingAerogel Blanket
Complex valves, flanges or elbowsAerogel Thermal Insulation Coating
Coating, plastic or composite formulationAerogel Powder
Bulk filling or material blendingAerogel Particles
High-temperature industrial insulationAerogel Blanket or Aerogel Coating
Lightweight thermal insulation additivesAerogel Powder or Aerogel Particles

When selecting aerogel materials, buyers should consider service temperature, thermal conductivity, installation method, surface shape, moisture exposure, required thickness and long-term maintenance conditions. For industrial insulation projects, aerogel blanket and coating are often selected for equipment protection and CUI control. For material manufacturers, aerogel powder and particles are more suitable for formulation development and product upgrading.


Applications of Aerogel Materials

Aerogel materials can be used across a wide range of thermal insulation and energy-saving applications, including:

  • Petrochemical pipelines, tanks and process equipment

  • Industrial valves, flanges and irregular metal surfaces

  • Building wall insulation and energy-saving renovation

  • Thermal insulation coatings and composite materials

  • Solar energy and new energy equipment

  • Aerospace, rail transit and marine insulation projects

  • Fire prevention and personnel anti-scalding protection

For projects with limited installation space, aerogel materials help reduce insulation thickness while maintaining strong thermal performance. For high-humidity or outdoor environments, hydrophobic aerogel products can help improve insulation stability and reduce the risk of moisture-related performance loss.


Custom Supply and Technical Support

Hebei Woqin supports global buyers with product selection, technical consultation and customized supply for different aerogel material applications. Depending on the project requirements, aerogel materials can be selected by form, particle size, thickness, thermal conductivity, temperature resistance and installation method.

For EPC contractors, industrial insulation companies, coating manufacturers and composite material producers, Woqin can help match the appropriate aerogel material to the working environment, processing method and target thermal performance. Buyers can provide application details, drawings or formulation requirements to receive more suitable product recommendations.

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  • Standard 650°C Silica Aerogel Blanket | General Industrial Insulation

    Engineered for general industrial applications up to 650°C, our Standard Silica Aerogel Blanket delivers reliable thermal control (0.01955 W/m·K at 25°C) and robust hydrophobicity. Ideal for standard pipelines and equipment, it offers a cost-effective, ultra-thin alternative to traditional bulk insulation for space-constrained sites.

  • Aerogel Particles

    Hebei Woqin offers high-quality silica aerogel particles with superior hydrophobicity. These 1-5mm particles feature a high surface area and extreme thermal resistance, making them the ideal functional filler for advanced insulation materials and industrial additives.

  • Aerogel Powder

    Hebei Woqin’s silica aerogel powder is a high-purity, ultra-fine functional filler (15-50μm). With excellent hydrophobicity and low density, it is specifically designed to enhance the thermal performance of coatings, plastics, and composite industrial materials.

  • Aerogel Thermal Insulation Coating

    Hebei Woqin offers Aerogel Coating with 0.032 W/m.K thermal conductivity. Ideal for seamless application on complex valves and flanges, it ensures superior anti-scalding protection and personnel safety. This durable solution effectively prevents Corrosion Under Insulation (CUI) in harsh industrial environments.

  • Premium AS-Grade 650°C Aerogel Blanket (Low Thermal-Decay)

    Engineered for severe industrial environments, our Premium AS-Grade 650°C Aerogel Blanket combats high-temperature thermal decay. Achieving 0.043 W/(m·K) at 500°C, it empowers engineers to slash insulation thickness on high-pressure steam lines while ensuring Class A1 fire safety and >99.7% hydrophobicity.

  • Premium S-Grade Silica Aerogel Blanket (Ultimate Efficiency)

    Engineered for projects demanding absolute maximum space efficiency, the Premium S-Grade Aerogel Blanket delivers a lab-certified thermal conductivity of 0.017 W/(m·K) at 25°C. It offers the thinnest possible insulation profile without compromising Class A1 fire safety or industrial-grade durability.

  • Extreme Heat-H 850°C Silica Aerogel Blanket (Anti-SCC)

    Engineered for severe industrial environments up to 850°C. Our Extreme Heat-H High-Silica Aerogel uses a low-calcium matrix to prevent hexavalent chromium precipitation and SCC on stainless steel. Available in 5mm and 10mm, it delivers 0.02 W/m·K baseline efficiency with zero toxic outgassing.

  • Ultra Heat-V 1000°C Silica Aerogel Blanket (Extreme Shield)

    Engineered for aerospace, military, and motorsport. The Ultra Heat-V 1000°C Aerogel Blanket uses a >96% high-silica matrix to withstand 1600°C momentary ablation. Available in 5mm and 10mm, it delivers ultimate thermal shielding for extreme spatial and weight constraints.

  • Vapor-Shield Foil-Faced Aerogel Blanket (Zero Condensation)

    Engineered for extreme vapor and radiant heat challenges. Our Foil-Faced Aerogel Blanket combines ultra-low thermal conductivity with a heavy-duty aluminum jacket (single or double-sided). It acts as an impenetrable zero-condensation barrier for LNG cryogenics and highly efficient HVAC routing.

  • Cryo-Safe LOX-Grade Aerogel Blanket (Carbon-Free)

    Engineered for liquid oxygen (LOX) and extreme cryogenics. Our Hydrophilic Aerogel Blanket eliminates organic methyl groups, providing a 100% carbon-free matrix with zero explosion risk. It maintains a premium 0.02 W/mK thermal conductivity, ensuring absolute safety for mission-critical systems.