How Flame Retardants & Anti Dripping Additives Function In Polymers?

The vast majority of polymer compounds which find a great many applications in diverse industries are inflammable. That's why these versatile materials sometimes find their usage being limited to those conditions where the probability of fire breaks are minimal.

 

Since we all are well aware that flames can take a monstrous form, destroying everything in its way, it is better to be safe than sorry. It is rightly said that prevention is better than cure. However, with a scientific mindset, we have not just one way to go about things but many. For enlarging the vast array of employment of polymer compounds, Gujarat Fluorochemicals Limited have come up with effective Anti Dripping Additives that don't let the polymer material drip away or catch fire easily when introduced to a flame.

 

Here is a rundown on how Flame Retardant Additives do their magic and make polymer compounds fireproof.

 

●     Vapor Phase Inhibition.

The flame retardant additives excellently disperse across the material and react when the material is ignited in vapor form, shutting down the combustion by disrupting free radicals.

 

●     Formation Of Char In Solid Phase.

The flame Retardants in the material when introduced with fire react with the decomposing material and form a carbonaceous layer on its surface, hindering the release of gases that fuel combustion.

 

●     Quenching With Cooling Effect.

Flame retardants which are halogen-free release water molecules with endothermic reaction and hinders combustion.

 

Gujarat Fluorochemicals Limited is known to offer best-in-class flame retardants and anti dripping additives that help producers in expanding polymer application and providing fire safe products to the end users. Avail I-SAN, the star fluorine-based flame retardant of GFL to introduce fire retardant characteristics to your material.

 

Get in touch with GFL to strengthen fire resistance of your products and offer better value to your end customers.

Comments

Post a Comment

Popular posts from this blog

Use Fire Retardant for Making your Polymers Fire Proof

Polymers are widely used in various applications. However, just like the majority of other organic compounds polymers are also flammable. These lightweight, high-performance polymeric materials offer many advantages in industrial as well as commercial applications, but they greatly increase the risk of fire because of their flammable property. To help overcome this issue Gujarat Fluorochemicals Limited (GFL) has come up with fluorine-based fire retardants catering to the material requirements of various industries.   Fire Retardant Chemistry   When a polymer comes into contact with flame, the following types of products are released: 1.     Combustible gases (like methane, ethane, and carbon monoxide) 2.     Noncombustible gases (like carbon dioxide, hydrogen bromide, and hydrogen chloride) 3.     Liquids which are partially degraded polymers 4.     Fine particles of the decomposing polymers 5.     Discrete solid in form of char or carbonaceous residue.     Among
Read more

Why Are Flame Retardant Additives Needed To Be Included In Plastics?

Fire consumes all in its way. The fierce flames are dreaded by all for the mass destruction they cause when they get out of control. People have wondered and gone into depths to discover what makes fire burn in pursuit of controlling it and using it to one's advantage.   It's no coincidence that the punishing ways in inferno utilise fire as a weapon to cause pain that's unbearable. When we get to it, we find that fire is nothing but a chemical reaction that produces vast amounts of heat. It ignites with the fire triangle that consists of oxygen, fuel and heat that sparks the reaction into action and these together bring havoc on earth. Take one out and you see fire breakouts deescalating and coming to a rest.   Requirement of Fire Retardant Additives in Plastics Plastics have become a part and parcel of our lives. With its countless applications in diverse sectors, people have to realise the need for fireproof plastics for safety. Also, Fire Retardant Additives
Read more