Make your Plastics Fire Proof with Flame Retardant Additives
Polymers when subjected to some ignition source undergo self-sustained combustion in the presence of air or oxygen. Being organic compounds, polymers initiate or propagate fires and decompose to volatile combustible products when exposed to heat. A burning polymer constitutes a highly complex combustion system taking place in three phases: within the condensed phase, at the interface between the condensed phase and gas phase, and in the gas phase.
Role of
Flame Retardant Additives
● Prevent the fire or inhibit its growth and spread
● Protect occupants from the fire effects
● Minimize the impact of fire
● Support fire service operations
Flame Retardant Chemistry
When a polymer comes
into contact with heat, it breaks down in thermal decomposition and the
following products are formed: combustible gases, noncombustible gases,
partially degraded polymers in the form of liquids, finely divided solid
particles of decomposing polymer and discrete solids in the form of a
carbonaceous residue or char.
The evolution of highly
flammable gases like methane, ethane and carbon monoxide clearly tend to
increase the flammability of polymers. Plus, the liquid products are
responsible for spreading heat to adjacent areas. Therefore, reducing the
amount and spread of combustible gases and preventing the flame from spreading
are the most basic methodologies considered in manufacturing fire retardants
and Anti Dripping Additives For Plastics.
If you are looking for fire retardant
additives for your polymers, contact us at Gujarat Fluorochemicals Limited. We
are the leading manufacturer and supplier of additives for plastics delivering
customized solutions for various industries.
For further details, feel free to contact us
now!
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