Construction Material TRIZ Cases

Integrated stepped channels in modular wall panels simplify electrical, plumbing, and HVAC routing while cutting waste, labor, and build time.

Preformed FRP channels and stiffeners create a self-supporting slab formwork that is filled with fibre-reinforced concrete for faster construction.

High-strength microspheres in a composite sandwich core raise ULD base panel compressive strength while preserving low weight and conveyor durability.

Earth mixed with sheep wool fibers forms partition elements that improve thrust resistance, insulation, moisture protection, and installation ease.

A macroporous calcium-carbonate and bio-aggregate matrix regulates humidity through microcapillary flow while preserving structural integrity.

Built-in rainscreen channels on OSB sheathing combine WRB and drainage in one panel, cutting installation labor and reducing air infiltration.

Built-in channels route MEP lines through interlocking insulated panels while improving corrosion resistance, fire safety, and assembly flexibility.

Waste wood, gypsum, and mycelium form a self-bonding composite that delivers thermal insulation, strength, and flame resistance.

Raised portions and vibrated low-strength concrete create a monolithic slab that improves acoustics, limits heat bridges, and reduces visible furrows.

Profiled foam ship-lap edges form drip joints that resist water ingress, allow drainage, and maintain insulation in wall assemblies.

Non-progressive panel installation with backplates and gap covers improves alignment, hygiene, and maintenance in modular wall assemblies.

Integrated C-structured panels combine support and containment to speed setup, improve cleanability, and keep temporary enclosures robust.

A polyolefin fabric layer between foam and polymer facers improves bond consistency, stiffness, waterproofing, and mortar adhesion in wet spaces.

Pre-bonded metal-faced gypsum fiber panels slide into profiles to speed dry-wall installation while improving fire, sound, and moisture resistance.

Integrated C-strut panels speed containment assembly in restricted spaces while improving robustness and easy decontamination.

Direct-nailing rail fixings remove marking, drilling, and anchors, speeding suspended ceiling installation on concrete while improving accuracy and safety.

Oriented wood fibers and an undulated shell distribute loads by membrane effect, cutting material use while maintaining bidirectional stiffness.

A high-mass perforated gypsum panel balances sound absorption and sound insulation while preserving flexibility and perforation strength.

Foldable corner panels and interlocked teeth couplings improve shed stability, block water ingress, and cut shipping volume.

Modular insulated panels attach over existing wall sheathing to raise R-value without demolition, added moisture risk, or mold formation.

Dowel bars and epoxy or bonding grout simplify UHPC precast beam splicing, improving alignment, durability, and on-site assembly speed.

A one-side latent heat layer boosts gypsum board thermal storage while preserving incombustibility through layered partition structure.

Layer-by-layer extrusion forms multi-wythe walls with rebar, grout, and insulation cavities to speed construction without sacrificing strength.

A channelized wood composite floor panel uses fibre-mesh resin sheathing to cut weight, improve fire retardancy, and simplify refurbishment.

Resilient belting corner members let reinforced support mats deflect under heavy equipment without permanent edge deformation or trip hazards.

Pretensioned fiber grids in laminated slabs reduce cracking during transport, hoisting, and stacking while improving durability and fiber efficiency.

AAC panels, an EPS core, glass fiber mesh, and perimeter micro-concrete combine to improve insulation, acoustics, fire resistance, and pull-out strength.