Cryogel Z Aerogel Insulation Blanket (Cut to Size – Sold per m²)
Cryogel Z is a high-performance, flexible aerogel insulation blanket designed for sub-ambient, cold cycling, and cryogenic applications. It is supplied cut to size and sold per square metre, making it suitable for project-specific installation requirements.
The material features an integrated vapour retarder and a silica aerogel-based structure that provides very low thermal conductivity, delivering effective thermal insulation performance in a thin, lightweight format compared with conventional insulation systems such as foam or cellular glass.
Cryogel Z remains flexible at cryogenic temperatures, allowing it to conform to complex shapes and helping to simplify installation in low-temperature environments where rigid insulation systems may require additional detailing such as contraction joints.
Key Features & Benefits
- Supplied cut to size and sold per m² for flexible project application
- Integrated vapour retarder to assist in limiting moisture ingress and supporting CUI risk reduction
- Very low thermal conductivity for efficient thermal performance across a wide temperature range
- Flexible at cryogenic temperatures (based on manufacturer testing)
- Lightweight blanket format for easier handling and installation
- Easily cut and installed using standard tools such as knives, scissors, and tin snips
- Suitable for complex shapes and confined installation areas
- Hydrophobic and dimensionally stable under normal service conditions
Specifications
- Thickness: 5 mm (0.20 in)
- Supply Format: Cut to size (sold per square metre)
- Width (as manufactured material basis): 1450–1470 mm (for reference only)
- Service Temperature Range: approximately -200°C to 90°C (based on manufacturer maximum use temperature)
- Density: approximately 0.13 g/cc (8.0 lb/ft³ nominal)
- Material Type: flexible silica aerogel blanket insulation with vapour retarder
- Key Properties: hydrophobic, low thermal conductivity, flexible insulation mat
Important Note
Performance values are based on manufacturer technical data and may vary depending on installation design, environmental conditions, and application method. Always refer to the official Cryogel Z technical datasheet for engineering design and specification purposes.
