Construction Material TRIZ Cases

A prefabricated hybrid panel combines a biosourced concrete body with a reinforced ribbed frame to create a lightweight, self-supporting facade component.

Segmented foldable plasterboards and adjustable uprights reduce transport volume while maintaining structural stability.

Embedded anchoring elements in concrete slab recesses create a seamless interface that prevents corrosion and eliminates air entrapment during pouring.

Low reflectivity granular particles embedded in the adhesive layer resolve visibility versus moisture resistance trade-offs during blind side installation.

Pre-milled polyvinyl chloride couplings inserted into natural stone grooves eliminate cement and grout, reducing installation time and maintenance.

Encapsulating expanded polystyrene columns in thermosetting polymer creates lightweight construction articles with high load-bearing capacity.

UV-cured photocurable composite panels form monolithic structures with high compressive strength, eliminating manual reinforcement and long curing times.

Frit-coated tempered glass eliminates drilling holes by bonding to building structures through structural sealants, ensuring strong visual clarity.

Interlocking modular blocks eliminate mortar requirements by using integrated tabs and blanks to join units, reducing labor costs and accelerating assembly.

Rod-shaped Typha leaf particles align perpendicular to the plate thickness to enhance adhesion and structural integrity.

Applying a lime-cement calibration layer compensates for shrinkage deviations in ceramic blocks, achieving precise dimensions without expensive machining.

A method producing pre-compressed composite elements using dry fibrous organic materials and heat-meltable bioplastic casings.

Embedded rail members and truss connections resist lateral concrete pouring pressure, preventing panel deformation during construction.

A vertically active locking system employs a coextruded insert with a pivotable lock-up body to minimize height differences in thin panels.

A lightweight plate combines a polycarbonate resin foam core with a fiber-reinforced overlay to balance structural integrity and formability.

An S-shaped median wall in the tongue and groove assembly provides flexible interlocking that prevents connector breakage on uneven building surfaces.

A textile grid fixing device positions reinforcement grids precisely between molds and bars during concrete pouring.

A functionally reinforced concrete slab uses a substrate reinforcement apparatus to provide non-uniform reinforcement levels across different areas.

A reinforcement component embeds a plate and undercut anchors in concrete to transmit transverse forces through the anchor rail assembly.

A multilayer block combines cellular concrete and thermal insulation layers with an internal metallic load-bearing structure for structural integrity.

A composite building board uses a cementitious pre-coated fibrous mat and an external hot melt thermoplastic coating to enhance mechanical bonding.

Integrating metal supports and connectors through concrete floor slab holes creates a composite structure that extends service life without complete demolition.

Segmented cavity devices allow rebar connections in reduced gaps, eliminating access delays and weather exposure during post-tension slab construction.

Oval hollow steel piping integrates thermal and sound insulation materials within structural walls to control airflow and modify indoor climate conditions.

Composite expanded graphite and swelling clays replace heavy cement or toxic glass fiber, delivering lightweight fire resistance without sintering.

A masonry unit with interlocking protrusions and internal cavities for bonding material.

Spatially extending wave crests and troughs in the core layer improve load capacity and homogeneity while maintaining low density.

Post sleeve with flanges joins box-frame-segments via square-cut edges, eliminating bevel cuts and hidden fasteners.

Asymmetric trapezoidal building units interlock to prevent shifting and enable complex curved designs without specialized installation.

Interlocking masonry blocks use horizontal and vertical channels to position rebar without excessive lifting.

Triangular prism cores in floor panels house embedded systems without reducing interior passenger capacity or increasing vehicle weight.

Insulation elements provide buoyancy to hold textile reinforcement in place, preventing floating or sinking while eliminating thermal bridges.

An aluminum intermediate layer on a silicate base panel resolves perlite particle release issues, ensuring surface smoothness and fire protection.