Filling Pastes TRIZ Cases

High-solids UV-curable putty uses dual photoinitiators, wax, and silica to improve cure, adhesion, and low-shrinkage filling on wood lines.

Thiol and amine accelerators replace styrene while improving curing, sandability, and flow in low-talc reactive resin formulations.

A bimodal filler blend and siloxane hydrophobing agent create dense dry films with fewer pores, lower water absorption, and better fire resistance.

Controlled-viscosity silanol organopolysiloxane suppresses filler precipitation while preserving flexibility, thermal conduction, and storage stability.

A controlled-viscosity silanol organopolysiloxane helps suppress filler precipitation while maintaining flexibility, storage stability, and heat dissipation.

A vehicle bond filler formulation incorporates a color changing dye that transitions to a terminal hue upon reaching a sandable condition.

Cross-linked silicone polymers resist alcohol vapor escape without blocking oxygen, preventing the angels' share loss in wooden casks.

Liquid rubber formulation cures in situ to seal cavities and stiffen components, eliminating irreversible pre-curing steps.

A versatile putty compound blends wax, essential oils, and metal powder to serve as fuel, sealant, and medical aid.

A low density aqueous plaster composition obliterates textured wallcoverings using lightweight fillers and film-forming polymers.

Amino-substituted compounds crosslink polyester resins with galvanized steel, resolving poor wet adhesion and corrosion resistance in standard body fillers.

A joint filler composition uses inorganic hollow particles and layered minerals to stabilize volume during drying.

Plastic foil seals the outlet mouth under vacuum to prevent ambient moisture entry and premature cross-linking.

A styrene-free polymeric composition uses acrylate monomers and talc to form durable bonds without toxic emissions.

A multi-functional drywall finishing compound applies directly to joints without tape.

Segmented packaging enables on-site mixing of organic binders with clay fillers to eliminate shrinkage cracks in wood joints.

A sealer composition blends polyester and polyether polyols with a blocked isocyanate to form a cured film.

Novel drywall joint compound uses fractured aluminum oxide and glass beads to create a hard, sandable finish surface.

Porous pumice fillers in a polyisoprene matrix enable moisture vapor transmission through capillary channels, preventing structural damage from trapped water.