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Aerogels

Ultra-low-density nanoporous solids spanning thermal insulation, adsorption, catalysis, energy, sensing and composite functions, with chemistry and processing kept explicit.

Evidence controlledCross-projectEngineering focusedPhase 1
WEB-MAT Revision 1.0 · Phase 20 release candidate
Canonical Aurora Materials Engineering visual reference crop for Aerogels
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Silica Aerogels engineering visual

1.Silica Aerogels

Oxide nanoporous systems for thermal and optical functions.

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Polymer Aerogels engineering visual

2.Polymer Aerogels

Organic and polymeric nanoporous material families.

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Ceramic Aerogels engineering visual

4.Ceramic Aerogels

High-temperature nanoporous ceramic systems.

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Composite Aerogels engineering visual

5.Composite Aerogels

Fiber-, particle- and hybrid-reinforced aerogel systems.

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Thermal Insulation engineering visual

6.Thermal Insulation

Low-density insulation and thermal-barrier concepts.

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Adsorption & Filtration engineering visual

7.Adsorption & Filtration

High-surface-area sorbent and separation functions.

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Energy & Catalysis engineering visual

8.Energy & Catalysis

Electrode, catalyst-support and energy-conversion research.

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Material / SubfamilyPrimary Engineering FunctionsEnvironment / InterfacesProcessing / Qualification FocusCross-Project Links
Silica AerogelsOxide nanoporous systems for thermal and optical functions.Service condition, interfaces and degradation modes are configuration-dependent.Manufacturing route, characterization and qualification remain part of the material record.Library · Selection · Applications
Polymer AerogelsOrganic and polymeric nanoporous material families.Service condition, interfaces and degradation modes are configuration-dependent.Manufacturing route, characterization and qualification remain part of the material record.Library · Selection · Applications
Carbon AerogelsConductive nanoporous carbon systems.Service condition, interfaces and degradation modes are configuration-dependent.Manufacturing route, characterization and qualification remain part of the material record.Library · Selection · Applications
Ceramic AerogelsHigh-temperature nanoporous ceramic systems.Service condition, interfaces and degradation modes are configuration-dependent.Manufacturing route, characterization and qualification remain part of the material record.Library · Selection · Applications
Composite AerogelsFiber-, particle- and hybrid-reinforced aerogel systems.Service condition, interfaces and degradation modes are configuration-dependent.Manufacturing route, characterization and qualification remain part of the material record.Library · Selection · Applications
Thermal InsulationLow-density insulation and thermal-barrier concepts.Service condition, interfaces and degradation modes are configuration-dependent.Manufacturing route, characterization and qualification remain part of the material record.Library · Selection · Applications
Adsorption & FiltrationHigh-surface-area sorbent and separation functions.Service condition, interfaces and degradation modes are configuration-dependent.Manufacturing route, characterization and qualification remain part of the material record.Library · Selection · Applications
Phase-1 qualitative architecture; property values remain source- and condition-controlled.

Space Thermal

Lightweight insulation and thermal-control systems.

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Buildings

High-performance insulation and resilient infrastructure.

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Energy

Electrodes, catalyst supports and thermal systems.

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Environmental

Adsorption, filtration and remediation.

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Sensors

Porous functional interfaces and sensing.

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Prototype Lab

Drying, processing, handling and characterization.

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Phase-1 evidence boundary. This page is an engineering taxonomy, selection and dependency reference. It does not publish design allowables. Any numerical property promoted later must bind composition or grade, units, temperature/environment, test basis, source, evidence level and commercial availability. Current source-library anchors: MAT-MASTER-TRACKER-001 — Materials Engineering Master Tracker & Cross-Project Engineering Architecture, Rev 0.2 (20 Aug 2026) | Aerogels Handbook — Aegerter, Leventis & Koebel
Phase 1controlled maturity
E0–E5evidence model
A0–A5availability model
Rev 1.0Batch 06 closure