Gujarat Fluorochemicals Limited

Polymer compounds are so abundantly utilised in diverse industries that it is harder to name those manufacturing units which are not making its use than those which are. Due to its profuse employment for various applications, processors are bent on looking for new scientific innovations and tech. that can improve polymer performance by manifolds, introducing desirable characteristics to them.   Anti dripping properties and flame retardation are among the many desirable qualities that manufacturers are looking to inculcate in their polymer compounds so that their material can have an even more vast range of applications and the end products can come out to be fireproof.   How do anti dripping additives work in enhancing polymer compounds? Anti Dripping Additives result in the polymer material not burning quickly when introduced to a flame. Usually, things melt away and catch fire when they come in contact with conditions conducive for a fire to break out. Flame Retardant and

Polymeric materials are a large fraction of the fire load in homes, commercial spaces and transportation and are inherently flammable. Polymers are organic compounds that degrade to give volatile combustible materials. Owing to this successful strategies have been in use for years to reduce the flammability of the materials. The common practice involves interrupting the combustion process at one or more stages by incorporating flame retardant.   Flame Retardants for Polyamide   Among the synthetic polymeric materials, Polyamide is a widely used polymer having great significance in the automobile industry, textiles, kitchen utensils, carpets, fibre industries and sportswear due to its high strength and durability. But due to the fact that like every other organic compound, polyamide is also flammable. They show the relative ease of burning and pose a great risk to fire. Hence, it requires anti-flaming modifications for proper usage. For this reason, specially formulated Flame R

Polyamide is a type of polymer with long, multiple chains of molecules linked together by amide groups. Polyamides occur naturally as well as artificially and to no surprise just like every other polymer they are also flammable. Synthetic polyamides are commonly used in various applications that include textiles, kitchen utensils, the automotive industry, carpets, and sportswear as they are highly durable and have good strength. But due to lack of flammability resistance, it often increases the fire risk to manifolds thus giving rise to the fire safety standards to ensure public safety.   Flame retardant additives for polyamide   To meet the industry standards and regulations, there is a diverse variety of fire retardant agents that vary by functionality and application. However, one thing is common that they all help to inhibit or suppress fire ignition. These flame retardants are incorporated into the plastics based on the final product’s attributes, usage, properties and po

The ultimate aim of the whole manufacturing process is to offer end products with better performance. What use would it be if the products offered were not safe?   Fire prevention is on the top of the priority list for all who are aware of the consequences which could occur if one is not careful in handling fire flames . Fire is boon gifting us with warmth, cooked food and much more but a curse if left unchecked like any other powerful natural element. Big, bright flames with blood thirst on their mouth and destruction in their trail can break out causing great loss to life and property.   Hence, there is a great demand in the market for products which are fire safe with Anti Dripping Agents incorporated in them so that a sorrowful situation as mentioned above would not be faced. In fact, the manufacturing centres also follow the set standards in terms of the ignition rate of material utilised. There is no doubt that the desirability factor of a product spikes up when it is de

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   In various fields like electronics, electrical,  building, transport, etc., the use of polymers is restricted thanks to their flammability property. Therefore, to fulfil the industry regulations and standards, Flame Retardant Additives For Plastics have come into existence. Fire retardants are compounds that play a vital role to inhibit/ retard the ignition/ burning of plastic. There is no universal flame retardant for plastics, however, the goals of flame retardants are universal. The major role o