The thermosolv aerosol generating agent is a solid chemical mixture composed of an
oxidant, a reducing agent, a combustion rate controller, and a binder. When activated , it
undergoes a redox reaction on its own to form a large quantity of aggregated fire-
extinguishing aerosol. The metal salt particles in the aerosol absorb a substantial
amount of heat at high temperatures, thereby lowering the flame temperature and
inhibiting the combustion reaction. At the same time, under thermal action, the
vaporized metal ions and cations in the fire-extinguishing aerosol gas can undergo
affinity reactions with the active groups involved in combustion, repeatedly consuming
a large number of these active groups, reducing combustion free radicals, and
efficiently absorbing the combustion free radicals in the flame to achieve a chemical
inhibition effect. The N₂ and CO₂ in the fire-extinguishing aerosol can reduce the oxygen
concentration in the combustion process, and fire extinguishing is achieved through the
combined action of multiple mechanisms (both physical and chemical). Additionally,
the aerosol, formed by solid particles encapsulated in the fire-extinguishing gas, can
remain suspended for an extended period and disperse to every corner, enabling
efficient fire extinguishing via a full-submersion approach