Flame Retardant Masterbatch - Halogen & Non-halogen Based, High Temperature Resistance & Longer Shelf Life

Our in-depth knowledge and industrial expertise
has enabled us to emerge as a reputed exporter and supplier of Flame Retardant Masterbatch.
It is suitable for use with almost any kind of polymer and in
accordance with the most stringent fire standards. We procure this
masterbatch with the help of our expert agents from certified vendors.
The addition of this masterbatch to polymeric materials primarily
suppresses the effects of a fire. We offer this Flame Retardant Masterbatch at cost effective prices to clients.

Features:

The known susceptibility of thermoplastics to burning at a high enough temperature in standard conditions poses a severe risk to people and property. The addition of flame retardants to polymeric materials primarily suppresses the effects of a fire, allowing people to make way to safety and secondly limits damage to property.

Flame retardants of various chemistries work to thwart the role of either fuel, oxygen or source of ignition that are essential to cause a fire, through physical or chemical processes. Chemical processes include surface or gas phase reactions that make fuel or oxygen temporarily unavailable to the plastic material. Physical processes include cooling the material to below its combustion temperature, dilution of gas-phase fuel via release of inert gas or protective layer formation that acts as a barrier to oxygen penetration.

What we offer:

Carrier Resins:

PP and PET

Properties Modified:

Processing:

Blown Film, Cast Film, Extrusion, Extrusion coating, Injection Moulding

Markets Served:

The known susceptibility of thermoplastics to burning at a high enough temperature in standard conditions poses a severe risk to people and property. The addition of flame retardants to polymeric materials primarily suppresses the effects of a fire, allowing people to make way to safety and secondly limits damage to property.

Flame retardants of various chemistries work to thwart the role of either fuel, oxygen or source of ignition that are essential to cause a fire, through physical or chemical processes. Chemical processes include surface or gas phase reactions that make fuel or oxygen temporarily unavailable to the plastic material. Physical processes include cooling the material to below its combustion temperature, dilution of gas-phase fuel via release of inert gas or protective layer formation that acts as a barrier to oxygen penetration.

What we offer:

Carrier Resins:

PP and PET

Properties Modified:

Processing:

Blown Film, Cast Film, Extrusion, Extrusion coating, Injection Moulding

Markets Served: