Fire Extinguisher TRIZ Cases
- Magnesium Chloride Fire Retardant Powder Flow Conditioning
A powder fire retardant concentrate adds a flow conditioner to prevent hygroscopic clumping and ensure stable storage.
- Firefighting Composition for Lithium Battery Thermal Runaway
Deionized water with non-ionic surfactants and polysaccharides extinguishes lithium battery fires without causing short circuits.
- Fire Suppressant Using Nitrogen Release for Rapid Extinguishment
A fire suppressant releases nitrogen gas to cool flames and displace oxygen.
- Gas-Producing Material Cyanide Reduction
Metal hydroxycarboxylates suppress cyanide emissions during combustion while maintaining fire suppression effectiveness.
- Plant-Based Fire Extinguishing Agent for Pollution Control
A plant-based active antiflaming extinguishant combines clove, corncob, and sugar beet pulp extracts to achieve rapid fire suppression through cooling and film sealing.
- Zwitterionic Tetrasiloxane Surfactant for Fluorine-Free Firefighting Foam
Zwitterionic tetrasiloxane surfactant formulation creates stable foam layers that block fuel vapors and extinguish gasoline fires.
- Copper Salt Fire Extinguishing Composition Cooling
Endothermic copper salt decomposition lowers nozzle temperature, eliminating complex cooling systems and preventing secondary fires.
- Transition Metal Fire Extinguishing Composition
A transition metal compound decomposes to release active particles that cut combustion chains and improve fire extinguishing efficiency.
- Non-fluorinated Firefighting Additive for Self-healing Foam
Aqueous additive with hydroxylated carbon components and ammonium polyphosphate generates stable foam.
- Non-Polymer Organic Fire Retardant Mixture
A pyrophosphate-free mixture of non-polymer organic components forms hydrogen-bridge bonds to inhibit combustion.
- Flame Retardant Composition Corrosion Inhibition Zinc Sulphate
Zinc sulphate and calcium phosphate inhibit galvanized iron corrosion in liquid ammonium polyphosphate fire-fighting compositions.