Nano Aerogel Insulation Blanket
Advanced nano aerogel insulation blanket with the lowest thermal conductivity for applications demanding minimal thickness.
Nano-technology microporous insulation board with exceptional thermal performance and minimal thickness.
Microporous nano insulation board utilizing advanced nano-scale technology to achieve exceptionally low thermal conductivity in a rigid board format. Combines space-saving thin profile with superior insulation performance for demanding industrial applications.
Nano microporous insulation board is a rigid, silica-based microporous panel that approaches the conductivity of still air, enabling very thin, high-performance linings where space or weight is at a premium.
| Property | Value |
|---|---|
| Maximum service temperature | up to 1000°C |
| Density | 200–350 kg/m³ |
| Thermal conductivity | ≈0.020–0.024 W/(m·K) at 25°C mean; ~0.05 W/(m·K) at 800°C |
| Standard thickness | 3–50 mm |
| Standard dimensions | panels up to 1000×1200 mm and custom |
| Fire classification | Non-combustible / A2-s1,d0 (EN 13501-1) |
| Composition | silica aerogel compounded with a needled glass-fibre carrier; hydrophobic yet vapour-permeable |
| Standards | ASTM C1728 (Type III, Grade 1A) |
Cut with a fine-tooth blade, laminate behind the hot face and avoid compressing the core, which would raise conductivity. Seal edges where moisture exposure is possible.
Manufactured to ASTM C1728 (Type III, Grade 1A) and controlled under a documented quality system. Supplied by a manufacturer holding ISO 9001, CE and SGS certifications, exporting high-temperature insulation to 60+ countries since 1982.
Combines stable high-temperature performance with straightforward on-site fabrication. The material is asbestos-free, chemically stable in neutral and oxidising atmospheres, and supplied with full technical data sheets to support specification and inspection. Supplied by a manufacturer holding ISO 9001, CE and SGS certifications, exporting high-temperature insulation to 60+ countries since 1982.
Rosetexwool is a nano microporous insulation board manufacturer and supplier serving more than 60 countries since 1982. Every nano microporous insulation board is produced under a documented quality system certified to ISO 9001, CE and SGS, with batch-level traceability from raw material to finished product.
What our manufacturing capability covers:
For quotations, lead times or technical data sheets, contact our team with your specification and target service temperature. Explore the aerogel insulation hub for the full range.
silica aerogel blanket insulation — Worth the premium when space, weight or access rules out a thicker build-up — otherwise a cheaper material will do the same job.
high temperature tape insulation — Chemically stable and low conductivity, it is the quick fix for cable fire protection and short sections of hot line.
medium temperature insulation board — Lightweight, easy to work and stable across its rated range, which keeps material cost down on equipment that never approaches refractory temperatures.
For the full nano and aerogel range, temperature limits and thickness data, see our aerogel insulation guide.
For adjacent material options across temperature and application ranges, explore our ceramic fiber insulation hub.
Part of the Microporous & Aerogel product family.
Last updated: September 19, 2026
Microporous and aerogel insulation achieve the lowest thermal conductivity of any commercially available insulation material (as low as 0.020 W/m·K). They provide 3-5× better insulation than conventional materials at the same thickness, making them ideal for space-constrained applications where maximum thermal performance is critical.
Nano and microporous insulation boards are commonly used in cement rotary kilns, steel ladles, continuous casting equipment, backup insulation behind refractory linings, battery pack thermal barriers, and aerospace applications. Their ultra-thin profile allows for significant space savings while maintaining superior thermal performance.
Microporous boards require careful handling during installation due to their microporous structure. Once installed behind a protective facing or within an enclosed system, they provide decades of stable thermal performance with no degradation or settling. We provide encapsulation options for demanding industrial environments.
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