Thermal Insulation TRIZ Cases

A curable resin layer fills vacuum film irregularities, preserving insulation while preventing visible sheet metal defects.

A two-layer centrifuge container improves indirect heat transfer, cuts refrigeration energy use, and avoids thermal expansion issues.

Spaced resin plates and low-conductivity supports maintain vacuum while lengthening heat paths to improve insulation over glass fiber cores.

A hollow rib-supported core replaces glass fiber preprocessing to keep vacuum insulation thickness uniform and reduce envelope creases.

A helical gas conduit in MRI cooling systems minimizes flow reverberation, cutting noise and vibration while improving patient comfort.

Integrated hydraulic tubes and a wiring channel cut solar panel installation space and time while maintaining thermal insulation with Aerogel.

Aerogel-treated insulation and a protective outer wrap shrink solar panel tube size while preserving heat resistance and weather durability.

A pre-cooling and freezing evaporator layout extends refrigerant travel for complete evaporation, better heat transfer, and lower energy use.

A heat-dissipating sleeve cools intruding water below boiling near pre-insulated pipe joints, limiting foam damage and energy loss.

A coaxial aluminum duct with a resilient helical core stays rigid when extended while reducing lint buildup, sagging, and fire risk.

Interlocking lid and side insulation panels let large storage tanks be assembled on site, then aligned or moved without cladding damage.

A nylon outer layer with 22,000-cycle abrasion resistance protects aircraft air hoses from pavement wear while reducing handling weight.

Modular insulation and phase change sleeves let users assemble shipping containers for different payloads, temperatures, and hold times with lower inventory cost.

A nanometer metallic coating on polymer insulation cuts thermal radiation and gas leakage without adding significant heat conduction.

A movable insulation member varies exposed heat-transfer area to limit frost buildup and keep refrigeration temperatures more uniform.

A cut-in core groove secures the absorbent without surface bulging, reducing wrinkles, poor sealing, and thermal deterioration.

A rotating insulated shield varies exposed heat-transfer area and scrapes frost, enabling precise refrigeration temperature control.

Mineral wool insulation with heat-resistant adhesive and foaming filler seals wall openings to delay smoke spread and improve duct fire resistance.

A pre-formed core groove secures the absorbent without surface wrinkling, helping vacuum insulation panels keep smooth sealing and thermal efficiency.

Segmented core blocks with inclined faces let a vacuum insulation board bend around complex shapes while reducing outer skin stress and cracks.

A structured core and micro-porous filler replace glass fiber to simplify vacuum panel fabrication, keep thickness uniform, and reduce sealing defects.

Laminated mesh cores and microporous filler maintain vacuum, keep insulation thickness uniform, and reduce creases that cause poor bonding.

An axially compressible insulating ring fills the connector gap to block cold ingress and prevent media line freezing in vehicles.

A two-layer pipe jacket pairs stone wool insulation with heat-storing inner material to extend fire resistance without excessive bulk.

A floating ring support and tensioned seam cables let coke drum insulation move with thermal expansion while preserving durable heat control.

Asymmetric channel placement moves the critical flow pipe inward to cut heat loss while keeping a pre-insulated pipe assembly flexible to install.

Layered insulation sheets with aligned voids and cured synthetic fill create pipe supports that resist compression while limiting thermal leakage.

A tapered male end without insulation improves smoke-pipe fit and centering while keeping thermal insulation and a compact outer diameter.

An expanding endothermic layer, spacer-defined cavity, and outer cladding delay pipe heating while draining water to limit corrosion.

A PE-aluminum multilayer refrigeration line set uses adhesive-bonded layers and optional low-emissivity insulation to exceed burst limits and improve thermal performance.

A metal oxide accelerator speeds formaldehyde-free saccharide resin curing for mineral wool, reducing gel-time and oven residence.

Separate edge and exhaust-port sealing with preheating and a lid-closing mechanism improves vacuum glass assembly accuracy across panel sizes.

Segmented film channels hold amorphous insulation in place, enabling on-site conduit fitting with less waste and lower transport impact.

Preformed grooves and protrusions let foam pipe insulation pass over clamp fittings faster without cutting, re-gluing, or weakening insulation.

A layered barrier with mesh, sand, or chemical deterrents protects plastic tubing from pest damage, reducing leaks and replacement needs.

A grounded conductive hose with insulating intermediate layer dissipates static charge and enables safe on-site assembly in IIC zones.

Silica aerogel mixed with thermoplastic resin creates a lighter aluminum panel with low hygroscopicity, better insulation, flame retardancy, and moldability.

End-surface indicia let users identify pipe insulation diameter, thickness, and R-value even when most of the product is hidden.

Polyvalent metal oxides speed saccharide-polycarboxylic resin curing for mineral wool, shortening gel-time and reducing oven heat demand.

Electrostatic repulsion between same-polarity charged insulators holds the vacuum gap without spacers, improving insulation and visibility.

Overpressure radially compresses insulation during insertion, enabling long flexible pre-insulated pipes without insulation damage.

Folded insulating flaps and a flexible stabilizer hold swelling material in place, closing large pipe openings with less intumescent material.

Induction-heated conductive elements fuse thermoplastic tube joints into sealed welds, avoiding heating-wire defects and long field coating steps.

Sol-gel silica dispersion creates a dense, smooth coating layer that blocks infrared rays while improving stain resistance and durability.

A fiber-supported aerogel with controlled pore structure preserves thermal insulation even when pressure compresses the material.

An inner-tube and annular-flow conduit vaporizes liquid hydrogen while limiting heat transfer fluid freezing in the heat exchanger.

Most hydrogen phase change occurs inside the inner tube, reducing annular heat draw and preventing EGW heat transfer fluid freezing.

Alternating welded isolation portions split U-shaped inter-plate passages to ease plate matching and simplify heat exchanger assembly.

A ceramic outer layer insulates the heat exchanger terminal block, limiting radiant heat damage in tightly packed vehicle assemblies.

Thermal insulation around hot fluid channels limits radiation to nearby plastic heat-exchanger parts, enabling tighter assembly without damage.

A separate peripheral insulation part improves edge heat blocking in a vacuum refrigerator body while helping preserve interior volume and vacuum stability.

Dead tubes in a microchannel HVAC heat exchanger cut thermal cross-conduction while adding corrosion buffering and edge protection.

A nested insulating sleeve spans threaded vacuum tubing joints to cut heat loss while simplifying manufacture, repair, and replacement.

A concentric liquid-gas duct with a buffer element routes vaporized LNG back through the outer passage while preserving insulation and pressure balance.

Reactive silicone resin in mineral wool binders reduces moisture retention and speeds dry-out to limit corrosion under insulation at high temperature.

A rough interior surface conditions loose-fill fibers in transit, improving flow control without a complete pneumatic-system redesign.

During fire exposure, intumescent sealing members expand against insulation to fill gaps and preserve leak-proof heat insulation in tubular smoke shafts.