Thermal Insulation TRIZ Cases

See how an annular groove filled with high-resistance insulation material reduces edge thermal

See how integrated connections forming single thermal bridges at the tank bottom, combined with

See how ring-coupled sleeve segments and joint insulation reduce thermal loss while withstandin

See how controlled particle size and density in a core material improve thermal insulation and

See how copolymer-modified halloysite nanotubes integrated into silica sol form a cross-linked

See how a vacuum space between plate members with conductive resistance sheets reduces heat tra

See how grid-shaped support plates with integrated distribution structures prevent spacer unmol

See how an adjustable insulation adapter with lockable duct positioning enables precise ventila

See how a two-part outer tank base and exterior flange connection enable complete enamel coatin

See how segmented support plates with coupling structures maintain vacuum body shape, simplify

See how halloysite nanotube copolymerization and crosslinked network structure reduce thermal c

See how a refrigerator door combines vacuum and foam insulation layers to simplify assembly, re

See how filler-metal brazing couples tubes to plates in vacuum adiabatic bodies without high-te

See how aerogel insulation replaces vacuum encapsulation and beryllium windows in X-ray detecto

See how localized reinforcing frames at corners and openings maintain vacuum adiabatic body str

See how a point-contact bar and support plate structure reduces thermal conductivity and outgas

See how merging sealing operations into a unified structure reduces vacuum breakage risk and im

See how a silica aerogel composite with discrete fiber substrate maintains 96% weight retention

See how a single-point sealed pipeline connection reduces heat loss and vacuum breakage in refr

See how merging the second plate and side plate into one member reduces sealing points, improve

See how a two-dimensional planar support with extending bars maintains vacuum stability and pre

See how nanoscale multilayer films on hydrogen storage metals enable clean heat generation thro

See how porous walled hollow glass microspheres with 10-300 nm interconnected pores reduce ther

See how a vacuum adiabatic body integrates peripheral insulation with case walls to reduce heat

See how a segmented insulating cover with resilient clips and internal magnets enables easy fil

See how metal bars with optimized pitch and foam filling replace expensive resin in vacuum adia

See how vertical reinforcing frames in vacuum adiabatic walls resolve the strength-volume contr

See how merging the second plate and side plate into one body reduces sealing points, minimizes

See how a vacuum adiabatic body uses extension material along the drain pipe to block heat tran

See how a grid-shaped support plate with distributed spacers and radiation resistance sheets re

See how nitrogen gas injection between a flexible refrigerant hose and heat insulator prevents

See how variable vacuum insulation between dual chambers enables seasonal thermal storage at 80

See how ammonium bicarbonate particles in aerogel composites maintain insulation and flame reta

See how a latent heat storage layer with phase-change material maintains pipe temperature durin

See how support plates and radiation resistance sheets maintain vacuum spacing while reducing h

See how trim breaker conduits route utilities through vacuum-insulated refrigerator cabinets wh

See how nitrogen gas injection between flexible refrigerant hose and heat insulator prevents co

Different sheathing layers and a getter help a refrigerator vacuum insulation panel block heat bridges, stay durable, and keep walls thin.

Separate evacuated compartments isolate puncture damage in vacuum insulation panels while limiting heat conduction through localized seals.

Foam-insulated duct sections use outer jackets, overlapping flanges, sleeves, and closure bands to resist air and moisture penetration.

Multiple manifold separators create isolated refrigerant volumes that cut braze-joint tube stress and prevent cross-circuit mixing during leaks.

A centered vacuum panel with staged urethane foaming keeps insulation uniform, limits panel frost, and preserves refrigerator door thickness.

Fire-resistant covers shield dryer rollers and water pipes to contain internal fires without major redesign or added complexity.

A corrugated metal pipe lets drainage or refrigerant lines cross a refrigerator vacuum wall while preserving airtight insulation and limiting heat transfer.

A centering thermal break supports the tank, cuts bottom heat conduction, and keeps water heaters stable for consistent installation.

A rotating bar with a heat-blocking cover and metallic plate seals French-door gaps while limiting heat transfer into the storage compartment.

An arched arm with an elliptical cross section expands showerhead angle and height adjustment while reducing material use and extra joints.

A three-layer panel combines aluminized film, corrugated plastic, and foam to keep delivered food at stable temperatures without bulky coolers.

Layered films and joining layers stop piercing damage from becoming through-pinholes, preserving gas barrier performance and long-term insulation.

Injected fluidized insulation fills the annular duct space to create an air-tight, rigid thermal barrier that simplifies HVAC installation.

PCM-filled conduit modules replace large thermal tanks, improving CSP storage scalability, exergy efficiency, and installation cost.

Thermal barriers between adjacent channels cut conductive heat loss in multiple-flow gas coolers, improving CO2 HVAC exchanger efficiency.

Segmented geometric piping and fins inside a vertical relay fluid barrel speed heat transfer from natural thermal bodies to circulating fluid.

An evacuated annular conduit insulates refrigerator suction lines and capillary tubes, cutting heat gain and avoiding condensation-related foam failure.

By changing outer jacket diameter to compress one insulation layer, flexible ducts can deliver different R-values with fewer product variants.

A robust nylon outer layer helps preconditioned air hoses resist pavement abrasion and vehicle traffic without the weight of bulky scuff guards.

Inner and outer frames support vacuum insulation panels so refrigerators can drop foamed insulation, cut cold loss, and keep cabinet rigidity.

A porous core wrapped in evacuated gas-impermeable film enables flexible isothermal packaging sizes while eliminating thermal bridges.

A split hydraulic and electronic control box secures pipe elements and simplifies wiring, cutting HVAC installation time and labor.

A hydraulic compartment with bearing surfaces and clamps pre-positions pipes and electronics, cutting HVAC installation time and labor.

Grouped pipe orifices share thermal paths to cut heat loss, preserve support strength, and reduce cryogenic circuit manufacturing cost.

A folded-back sealed edge with compressed portions keeps adjacent vacuum insulation sheets flush, limiting heat loss from inter-sheet gaps.

Multilayer spacer elements with insulation and thermal capacitive layers block heat spread between adjacent cells while preserving battery module space.

A fabric and fibre vent barrier insulates battery cells while relieving fire pressure, filtering gases, and blocking flames and sparks.