Aerogel Preparation TRIZ Cases
- Macroporous Polymer Aerogel Design to Reduce Drying Collapse
See how macroporous polymer aerogels with pores >50 nm reduce drying collapse, improve mechanic
- Macroporous Polymeric Aerogel Design to Reduce Drying Collapse
See how macroporous aerogels with pores >50 nm eliminate drying collapse and enable scalable pr
- Macroporous-structured polymer aerogels
See how macroporous-structured polymer aerogels with pores >50 nm minimize drying collapse, imp
- Aerogel Composite Heat Treatment for Low Compression Set
Heating aerogels in oxygen at 200-400°C removes residual catalysts and strengthens the porous network to limit compression set.
- Hydrophobic Silica Aerogel Composition for Durable Aqueous Insulation
Built-in hydrophobic silicon and reinforcement help silica aerogels resist water uptake, improve handling, and maintain thermal stability.
- Compressed Aerogel Composite with Sub-50 Nm Pore Control
Concurrent compression and heating shrink aerogel pores below 50 nm while controlling thickness, improving insulation and flexibility.
- Release Film Handling for Damage-Free Aerogel Gel Casting
A flexible release film, handling system, and aging clamp protect fragile wet gel sheets during casting, peeling, and transfer.
- Release Film Handling for Damage-Free Aerogel Gel Casting
A flexible release film and clamp mechanism protect fragile wet gel sheets during casting, aging, peeling, and transfer in aerogel production.
- Release Film Casting for Damage-Free Wet Gel Sheet Handling
A flexible release film and aging clamp protect fragile wet gel sheets during casting, handling, and transfer for higher-quality aerogel production.
- Aerogel Composite Surface Chemistry for Low-VOC Insulation
Controlling the surface-to-total carbon ratio helps aerogel insulation stay hydrophobic and suppress VOC odor in high-temperature use.