Thermal Insulation TRIZ Cases

See how two alternating tubular heat exchangers with nozzle distributors and a common radiator

See how glass sphere structural layers resist vacuum-induced deflection in appliance cabinets w

See how a protective plate inside the vacuum region prevents adsorbent material from damaging t

See how external laser welding through a quartz window eliminates in-chamber heating, reducing

See how a hardenable leveling compound compensates for powder-core density variations in vacuum

See how a curved conductive resistance sheet and supporting unit maintain vacuum stability whil

See how a thermoformed multi-layer thermoplastic barrier maintains vacuum consistency and gas b

See how thermal insulating structures between inlet and outlet terminals prevent conduction los

PVD or plasma coating strengthens thermoformed polymer barriers, helping vacuum-insulated structures block gases and moisture.

See how a single film bag turned inside out forms both inner and outer vacuum areas, eliminatin

See how distributed tubing and clips transform single-point vacuum suction into multi-point eva

See how pre-compacted powder insulation and cavity gas extraction form hermetically sealed vacu

See how a needled inorganic fiber blanket impregnated with undried alumina-calcia precursor mai

See how fin clearance between adjacent heat exchangers blocks thermal leakage paths, shortening

See how segmented fiber members and asymmetric barrier layers extend heat-transmission paths to

See how vacuum-packed core material with spacers reduces standstill losses in water heaters whi

See how plate-type Mg(OH)2.MgO.SiO2 powder in silica sol reduces dust generation while preservi

See how gas circulation ports and skin-layer through-holes enable uniform open-cell urethane fo

See how a hydrophobic and oleophobic finish on fibrous insulation prevents water and flammable

See how pre-formed convex protrusions on fiber sheets prevent wrinkle formation and fiber orien

See how articulated vacuum insulation pockets with flexible intermediate portions adapt to corn

Separating the dead tube from condenser manifolds reduces compressive and thermal strains, helping extend multistage heat exchanger durability.

See how a pre-formed concave-convex film enables vacuum insulator shaping without molds, reduci

See how pre-installed adsorbents activated above room temperature remove residual gases and wat

Two interlocking shell halves form a removable thermal envelope that prevents expansion-tank freezing while requiring safe inspection access.

Conventional stitched aircraft air hoses can leak under pressure; an end-secured continuous liner supports lay-flat storage and smoother airflow.

See how oxide-precursor impregnation in undried needled blankets maintains flexibility and scal

See how segmented vacuum insulation and variable-thickness foam reduce refrigerator wall thickn

See how a multi-functional end wall supports thermal insulation to limit heat losses and define

See how a rotating bar with EPS insulation and line-contact heating blocks heat conduction to t

See how shaped plate elements form unfilled cavities in a vacuum-tight enclosure, replacing por

See how microsphere-based coatings with controlled randomness scatter sunlight and radiate heat

See how thermoformed multi-layer barrier sheets with nested gas-impermeable layers maintain vac

See how thermal insulating materials between inlet and outlet terminals prevent conduction loss

See how plate-type Mg(OH)2·MgO·SiO2 powder cross-links with silica sol to reduce dust generatio

See how relocating the radiation prevention film to the peripheral outer surface eliminates wri

See how collinear conductors with low-expansion connecting members use thermal contraction to f

See how epoxy-based sealant with SiO₂ replaces glass frit bonding to cut manufacturing time whi

See how a mixed-solvent aerogel composition with water-soluble binder and foaming agent prevent

See how a fabric wrap impregnated with inorganic binder replaces costly heat shields, reducing

See how factory-assembled liquid and gas pipe units with integrated heat insulation eliminate o

See how a one-piece extruded collector with overflow openings and web recesses reduces thermal

See how inner and outer frame structures support vacuum insulation panels without urethane foam

See how inward-then-outward edge folding creates a flat sealing surface for vacuum-tight cover

See how distributed vacuum ports with channel networks reduce evacuation time in vacuum-insulat

See how distributed vacuum ports with filter-lined channels reduce evacuation time in insulated

See how adhesive cavities and cured sealing members hermetically seal corner gaps in folded met

A high-elongation binder links hydrophobic porous structures to keep thin insulation sheets flexible, crack-resistant, and usable in narrow spaces.

Integrated protrusions create a 2 mm air gap that drains trapped water away from steel surfaces to reduce corrosion under insulation.

Embossed cladding channels water to drainage ports in pipe insulation, cutting liquid retention and lowering corrosion under insulation risk.

Multimodal pores in a fiber-reinforced polymer aerogel prevent drying collapse, improve durability, and keep thermal conductivity low.

An adjustable coupling lets the clamp maintain compressive force on pipe insulation despite thermal expansion and vibration, reducing gaps over time.

A sealed chamber enables pressure-controlled friction welding of a spinning plug to seal pipe-in-pipe annulus holes faster with lower leakage risk.

A gasket that resists deformation after −50°C cooling enables aseptic connector sealing and contamination control for frozen fluid containers.

A layered prestressed UHPFRC pipe resists burst and corrosion in CO2 transport above 70 bar while lowering production and laying costs.

Joining dissimilar inner and outer walls before evacuation creates a compact aerosol heater with vacuum insulation and lower heat transfer.

An elastomer-bound glass mat with ammonium sulfamate resists alkali aging while retaining fire resistance and mechanical strength in ETICS.

A one-component siloxane binder with hydrophilic silica aerogel enables thick insulation coatings with high heat stability and reduced cracking.

A vacuum-insulated indirect heat bridge cuts heat loss in heat-not-burn heaters while keeping smokeable material heating efficient.

Alternating conductive and insulating carbon fiber layers spread heat in-plane while limiting through-thickness transfer to improve thermal protection.

A wound reinforcement hose keeps a flexible vacuum-insulated cryogenic line length-stable under pressure while limiting bending and load damage.

Aerogel integrated into the housing insulates the aerosol heater, cutting surface heat, device size, and assembly complexity.

A silica-cured infrared barrier layer enables fast 3D molding and reduces radiant heat leakage above 600°C while improving handling.

Controlled CO2 venting, airtight insulation, and wireless logging keep ultra-low-temperature pharmaceuticals stable while reducing dry ice handling risks.

Split lid-and-base connector parts with top hat inserts and gaskets simplify installation while sealing insulated pipes of different diameters.

A distinct pipe coupling shields the internal layer from clamp compression, enabling a smoother air duct surface with lower head losses and simpler manufacture.

Laminate panels use a polyimide aerogel core, facesheets, and a reflective layer to combine low density, thermal insulation, and flexural strength.

Micrometer-scale pore control and tuned density help aerogels resist drying shrinkage while preserving low thermal conductivity and handling.

Hinged elastomeric foam sleeves open beyond 180° for easy undersink pipe installation, smooth ADA-compliant coverage, and cleaner surfaces.

A laminated intumescent pipe wrap delivers 60-minute fire endurance at 2000°F while staying flexible, lightweight, and marine-code compliant.

A rotating applicator heats only the pipe area being coated, cutting cycle time, energy use, overspray, and factory-coating de-bonding.

A spiral carrier with graded insulation layers cuts pipe heat loss while reducing thickness, weight, dust, and handling burden.

Controlled aluminum film crystallinity and density preserve water vapor barrier performance in vacuum insulation packing even after bending.

An oxygen-free copper alloy tube uses low phosphorus, controlled oxygen, and heat treatment to keep thin walls strong, conductive, and corrosion-resistant.

A thermoplastic foam insulation layer is heat-bonded to an impermeable protective layer to combine recyclability, fluid resistance, and durability.

Condensation droplets are routed through grooves or holes in the heat insulator, preventing buildup between pipe layers and preserving insulation.

Pyrolysed binder forms carbon residue on short carbon fibers to cut radiative heat transfer and keep insulation effective above 1,500°C.

A multilayer sheath combines thermal insulation and a metal conduction layer to protect fluid lines from flame, heat, and mechanical stress.

Adjustable insulation on subsea jumpers switches between seawater cooling and heat retention to limit buckling, corrosion, and flowline damage.

Mixing precursor sols with different pH values forms spherical aerogel particles faster, with better flowability and lower-cost ambient drying.

A separately corrugated outer jacket and delayed foam filling enable deep corrugation, high flexibility, and fewer shaping defects.

A multilayer sleeve wraps downhole tubing joints to limit heat loss, prevent wax and paraffin buildup, and support efficient steam transfer.

A glass-fiber aerogel composite keeps cryogenic pipe insulation thin, structurally stable, and faster to install across extreme temperatures.

A protective metallic cladding over frustoconical fillet welds helps vacuum insulated tubing resist oil and H2S corrosion in high-pressure wells.

A partial-length heating element and relocated electrical connections cut whip hose weight, bending wear, and failure near the sprayer.

Vacuum insulation and independently activatable heating regions cut heat loss and energy use in smokable material heating.

A TPV insulating layer keeps hydrocarbon conduits thermally stable under pressure, reducing wax blockage while enabling thinner, lighter walls.

A halogen-free EVA and EPDM hose cover blend cuts smoke and toxicity while meeting railway fire and low-temperature flexibility needs.

An air gap between a refrigerant pipe and pulp-fiber absorber boosts high-frequency noise attenuation without adding thickness or cost.

Curved segmented cutting planes and a restraint mechanism cut heat loss, improve pipe heating uniformity, and help prevent inner-wall by-product buildup.

Multiple pressurized needles inject liquid fire retardant into hemp batting fibers, improving fire resistance while reducing drying time.

Heat-dispersing graphite or metal layers shield aerogel insulation from hot spots, burning, and charring in extreme-temperature laminates.

A frame-grid block and annular-spring lock-latch cut steel use while keeping removable insulation blocks tightly sealed against thermal gaps.

A halogenated olefin blowing agent and N,N-dialkylbenzylamine catalyst cut foam brittleness in insulated pipes for district heating and cooling.

A foam insulation layer with embedded heating and a polyurea shell cuts multi-step pipe installation, maintenance effort, and downtime.

Lock-latch insulation blocks maintain tight contact, cut stainless steel weight, and prevent thermal gaps on insulated equipment.

A collar-guided conical plug is heat-welded into sleeve holes to prevent water and vapor ingress and improve insulated pipe joint durability.