Building Insulations TRIZ Cases

Bimodal hydrophobic silica aerogel particles minimize binder volume to reduce thermal conductivity while maintaining structural strength.

A 2G bioethanol waste lignin modified bitumen composition incorporates elasticity modifying agents and reactive components to enhance material properties.

Hydroxide additives improve elastic properties in bitumen, allowing reduced elastomer content while maintaining performance.

Curved elastic brackets hold metal waterstops in position, preventing surface damage during installation.

Waterborne polymer modified emulsified asphalt mixture forms a spatial network structure through self-crosslinking curing.

Segmented elastomeric granular layers prevent coating wear and landfill waste while accommodating structural movement.

Thermosetting reactive compounds modify asphalt to increase softening point and elastic response, resolving permanent deformation risks.

Pre-formed deflectors with angled faces guide permeated water toward weep holes, resolving non-uniform manual grout application.

Impregnated open-cell foam tape applies a thin flexible film barrier to prevent vapor diffusion while preserving elasticity.

A bitumen mixture combining natural asphalt with a polymer and hydrophobic liquid modifier to enable on-site production.

Natural rubber skim block replaces expensive synthetic polymers in asphalt compositions, reducing production costs while maintaining viscoelastic performance.

RuFiAC asphalt composite combines microfibers and tire-rubber particles to increase stiffness, strength, and fracture toughness.

A cold-patch asphalt composition mixes ground bituminous material with an oil binder to form a pliable unitary mass under pressure.

Inline scavenger injection neutralizes hydrogen sulfide during bitumen polymer transfer, maintaining safety standards below 10 ppm.

Solid organogelated binders mix with recycled aggregates without heating, reducing energy consumption and improving homogeneity.

Polymerized biorenewable oil restores resin fractions in aged recycled asphalt, reducing brittleness and cracking susceptibility.

Polar functional groups on modified SBS copolymers improve asphaltene compatibility, eliminating processing time and additive complexity.