Insulation Improvement TRIZ Cases

See how undulating support elements connected by low-conductivity fiber absorb vacuum pressure,

See how paper-based encasement layers retain core particles during evacuation, simplifying prod

See how a hybrid core with low-density insulation and porous rigid reinforcement achieves 3.0–4

See how embedding VIPs in unhardened polyurethane foam layers prevents thermal deformation and

A porous rigid surface reinforcement lets lower-density VIP cores cut heat transfer while preserving dimensional stability and handling strength.

An air-permeable inner bag lets thick binder-free glass wool be compressed and inserted without cover damage, improving vacuum insulation durability.

Slot-die coated resin and curing-agent layers create a self-healing barrier film that seals damage and preserves low thermal conductivity.

A reflective or absorbing support laminated with an aerogel layer maintains strong thermal insulation while reducing thickness.

A laminated aerogel layer with a heat-ray reflective or absorbing support improves thin insulation and handling for cryogenic use.

Inorganic aerogel and fiber felt layers replace organic binders to cut toxic gas release while improving fire resistance and moisture stability.