Insulating Aerogel Powder Paint​

Technical Specifications

Why Choose Aerogel Powder Paint?

Space-Saving: Achieve superior insulation without thick layers.
Long-Term Value: Lower lifecycle costs vs. traditional paints.
Eco-Friendly: Low VOCs and energy-saving properties support sustainability goals.

Application Guide

1. Building & Construction
Residential: Exterior walls, roofs, and attics to reduce heating/cooling costs (e.g., passive house projects in Europe).
Commercial: Shopping malls, offices, and warehouses-certified for LEED and BREEAM green building standards .
Historic Buildings: Thin coating preserves architectural details while improving insulation (e.g., renovation of 19th-century stone structures in the UK).
2. Industrial & Manufacturing
Oil & Gas: Pipelines, storage tanks, and refinery equipment to prevent heat loss and condensation.
Automotive: Underhood components and EV battery enclosures for thermal management.
Food Processing: Cold storage facilities and refrigerated trucks to maintain stable temperatures.
3. Marine & Aerospace
Ship hulls and offshore platforms to resist saltwater corrosion and reduce HVAC load.
Aircraft hangars and aerospace facilities requiring lightweight, high-performance insulation.
Installation & Maintenance
Surface Prep: Clean and dry surfaces; remove rust, oil, or loose debris. Primer recommended for metal substrates.
Application: Apply 1-2 coats for optimal performance. Avoid temperatures below 5°C or high humidity during application.
Maintenance: Touch up damaged areas annually; no re-coating needed for 7-10 years under normal conditions.
Compliance & Certifications
International Standards: ISO 9001 (quality), ISO 14001 (environmental), and ASTM C177 (thermal performance).
Regulatory Compliance: Meets EU REACH, US EPA VOC limits, and California's Title 17 standards.
Third-Party Validation: Tested by UL and Intertek for fire safety and thermal efficiency.

1. How does aerogel powder coating differ from regular insulating paints in terms of thermal performance?
It outperforms regular insulating paints primarily due to its nano-scale aerogel particles, which create a highly efficient thermal barrier. Its thermal conductivity (0.020-0.028 W/(m·K)) is 50-70% lower than traditional options, meaning a 1-2mm coat achieves the same heat reduction as 10-15mm of standard thermal paint. This makes it ideal for space-constrained areas where thick layers aren't feasible, such as historic buildings or machinery enclosures.

2. Can aerogel powder coating be applied to all surface types, or are there restrictions?
It is versatile and works on most common surfaces, including metal, concrete, wood, and masonry. However, metal substrates benefit from a primer to enhance adhesion and corrosion resistance. It's not recommended for surfaces with ongoing moisture issues (e.g., unaddressed leaks) or loose, crumbling materials-always ensure the surface is clean, dry, and stable before application.

3. What are the ideal conditions for applying aerogel powder coating, and how long does it take to dry?
For best results, apply aerogel paint in temperatures between 5°C and 35°C with humidity below 85%. Avoid application during rain, heavy dew, or extreme cold, as these can affect drying and adhesion. The paint dries to the touch in 2-4 hours (at 25°C) and cures fully within 24 hours, allowing for quick project turnaround. Most projects require 1-2 coats for optimal thermal performance.

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