Fireproof Paints TRIZ Cases

See how porous particles and inorganic fillers in a water-based coating increase yarn opacity a

See how a dual-layer coating system with controlled thickness resolves the contradiction betwee

See how polyelectrolyte complex coatings replace halogenated flame retardants, preventing ignit

See how ATH-polymer composite flooring eliminates corrosion, withstands 200°C, and reduces main

See how large plate-like expandable graphite particles in foam coatings achieve effective flame

See how dissolving polyetherimide in solvent enables varnish-based processing for laminates, ad

See how magnesium hydroxide and aluminum oxide hydroxide provide fire resistance in resin-bonde

See how alternating cationic and anionic layers form a thin-film flame barrier that preserves s

A phosphine oxide-rich polymer cuts formaldehyde release while preserving flame resistance on cellulose fabrics after repeated washing.

A synergistic antimony oxide, zinc borate, and zinc sulfide paste improves flame resistance while limiting settling and color separation in fabric coatings.

A phosphoramidate flame retardant gives aqueous resin back-coatings strong flame resistance and low hot-water solubility to prevent water spots.

A one-pot BPEI-PSP aqueous nanocoating improves flame suppression on fabrics and foams without toxic halogenated retardants.

An acrylic intumescent coating keeps textiles transparent and flexible while improving fire resistance without formaldehyde emissions.

Metal oxide and polymer particles are tuned to keep coating films transparent, antifouling, and hydrophilic even under high heat.

A formaldehyde-free fiberglass binder uses amine salt, aldehyde or ketone, and acid to improve adhesion, cut VOCs, and cure faster.

Thermal stability agents help polyaniline coatings retain conductivity at 150°C while preserving solution processability and limiting degradation.

An electrodeposited coating combines insulating binder, thermally conductive filler, and fire-retardant pigment for uniform thin-film heat dissipation.

High-precision spraying and heat treatment form a uniform ceramic coating on NdFeB magnets, improving corrosion, heat, and wear resistance.

A separator coating with binder, heat-resistant particles, and shutdown agents enables earlier shutdown while preserving adhesion and high-temperature stability.

Combining continuous and discontinuous fibers helps EV battery pack cases cut weight while maintaining rigidity, impact resistance, and flame safety.

A borosilicate, alumina, and glass fiber paste solves the lead-free versus heat resistance tradeoff in chip resistor coatings.

Nanoporous material loaded with fire-retarding solids cuts heat transfer and improves fire resistance in smooth, thin coatings.

Heat-treated mono-aluminum phosphate, boron carbide, and molybdenum form a self-healing coating that protects C/C composites and ceramics from oxidation.

A phosphate-boron carbide barrier coat forms an oxidation-resistant layer above 800°C to protect C/C composite and ceramic parts.

A phosphate-metal-boron carbide coating forms a heat-treated barrier that protects carbon and ceramic parts from high-temperature oxidation.

A solidifiable fire-retardant fill reinforces wall cavities so fasteners can support heavy loads without studs, cutting installation effort.

A fire-retardant fill solidifies inside hollow walls to create anchor support for medium to heavy loads when no stud is available.

A liquid fluorinated alkene-vinyl ether coating lets cleanroom exhaust pipes meet FM 4922 and FM 4910 at lower curing temperatures.

Hydroxyl-functional phospholene-1-oxides bond into polyurethane foams to deliver halogen-free flame retardancy without leaching.

A foamed fire-retardant coating insulates liquid cooling plates to stop condensation in humid battery systems while maintaining adhesion and aging resistance.

A fluorine-free surfactant foam uses ethyleneamine salt chemistry and intumescence to suppress fuel fires without persistent fluorinated compounds.

A siloxane binder with phosphorus flame retardant enables low-temperature curing while preserving coating flexibility and flame resistance.

Hydroxyl-functional flame retardants improve latex compatibility and dispersion while forming a carbonized layer that blocks oxygen and resists delamination.

A dual-Tg heat-resistant coating lets polyethylene packaging film seal faster over a wider temperature window without distortion or sticking.

Hybrid tungsten oxide nanoparticles with crosslinked organic groups improve infrared absorption, transparency, and weather-resistant insulation.

An aluminum-containing hot-dip galvanizing layer lowers steel emissivity in fire, slowing heating while replacing added coatings and claddings.

A phosphazene-based epoxy coating balances transparent film appearance with flame retardancy, minimizing whitening while reaching an oxygen index of 27 or more.

A resin-silicone-filler coating cuts heat conduction while limiting expansion, helping fire barriers work in tightly packed assemblies.

Alkoxy-functional silane polymers help aqueous intumescent coatings resist humidity, retain bond strength, and protect steel longer in fire.

A liquid polyether epoxy acrylic plastisol keeps metal seam sealers flexible at −25°C while withstanding powder-coating cure temperatures.

A coated granular absorbent uses silane or siloxane films to absorb spills, improve traction, and add flame retardation with lower hazard.

A thin aqueous coating with inorganic phosphate and particles forms a carbonized layer for flame retardance without weakening thermoplastic resin films.

Embedded fluorescent taggants let paints and varnishes be verified non-destructively for correct use, layer presence, and material traceability.

Multi-rare-earth zirconate coatings use pyrochlore or defect-fluorite structures to cut heat conduction without sacrificing TBC toughness.

Modified lignin improves PU coating dispersion, enabling water repellency, flame retardancy, and thermal stability without losing durability.

A catalyst and built-in water speed deep curing of thick intumescent refractory coatings, cutting shelf time and improving production efficiency.

A silicate-based multilayer ceramic coating protects turbine disks from type II hot corrosion while avoiding interdiffusion and fatigue loss.

A VOC-free LED UV curable coating reaches a tack-free finish in ambient air at low radiant flux, reducing energy use and protecting heat-sensitive substrates.

A highly filled silicone potting composition balances heat conduction and dispensability, enabling uniform application for electronic cooling.

A flexibilised epoxy-amine intumescent coating resists -60°C cracking, limits water uptake, cures within 24 hours, and forms adherent char.

An Fe-based amorphous filler and fluororesin binder improve non-stick coating adhesion, heat resistance, corrosion resistance, and peeling durability.

A flame-retardant spray polyurethane foam uses closed-cell structure and tight adhesion to stop leakage and maintain tunnel insulation in cold regions.

Reactive sulfur prepolymers add polar functional groups to improve solvent solubility and enable stronger, more thermally stable polyurethanes.

A single-step coating blends microparticles and inorganic nanoparticles to deliver durable self-cleaning surfaces with strong dirt resistance.

A SiO2-Al2O3-B2O3-CaO coating shields Pt refractory surfaces from redox reactions, cutting bubble formation and platinum inclusions in glass.

Filling strain tolerance grooves with added coating material restores local thermal protection and limits bond coat oxidation in turbine components.

A silane-epoxy hybrid intumescent coating balances fire resistance, flexibility, toughness, and adhesion without plasticizers that weaken durability.

A tuned one-component spray foam formula and fine-flow dispenser reduce post-expansion, messy application, and trimming in construction use.

Using water as the blowing agent and a composite amine catalyst system, this spray foam cuts VOCs while keeping fast cure and drip-free application.

A GO/MOF nanocomposite additive strengthens intumescent char, slows flame spread, and adsorbs noxious combustion gases.

A glycoluril and aminotriazine blowing-agent blend builds a stronger char foam layer while preserving fire resistance in single-layer coatings.

A polysiloxane binder with epoxy, amino groups, and catalyst improves char formation and hardness, extending steel fire protection time.

A phase separation additive enables even heating in the intumescent layer, reducing heat-shock and radiative heat transmission.

A flexible graphite-coated mesh stays open for ventilation, then swells in fire to seal openings and cut off oxygen supply.

A waterborne polyurethane coating uses aminated phosphorene to replace solvent-based systems while delivering VO-grade flame retardancy.