Polymer Processing Aid Masterbatch - Fluoropolymer Based, Customizable Formulation | Enhanced Extrusion Efficiency, Reduced Melt Fracture, Improved Surface Gloss, Greater Throughput

We are identified as one of the leading
organizations, engaged in exporting and supplying Polymer Processing Aid Masterbatch.
Our diligent agents procure this masterbatch from the reputed vendors
of the market. It is specifically designed to enhance extrusion ability
of
plastics such as PE films, pipes and tubes, leading to productivity or
quality
improvement. Polymer Processing Aid Masterbatch is suitable for highly demanding blown film applications such as lamination and surface protection.

Features:

Processing issues such as melt fracture at a particular shear rate and die build-up in extrusion processes can be eliminated using processing aids, which help maintain processing continuity and improve throughput. The presence of the lubricating action of processing aids will prevent a slip/ stick action of the molten polymer exiting a die that causes melt fracture and a poor surface finish, occasionally rendering the material unusable.

The controlled incompatibility of fluoropolymer based PPAs with the bulk polymer, causes them to rise to the surface, reducing friction at the molten polymer-wall contact. This means a lower head pressure at high shear rates, resulting in better surface finish and higher output, and reduced number of halts for die lip cleaning.

What we offer:

Carrier Resins:

PP, PE and PET

Properties Modified:

Processing:

Blown Film, Cast Film, Lamination, Extrusion (Pipe/ Profile/ Sheet), Blow Moulding, Injection Stretch Blow Moulding,

Markets Served:

Processing issues such as melt fracture at a particular shear rate and die build-up in extrusion processes can be eliminated using processing aids, which help maintain processing continuity and improve throughput. The presence of the lubricating action of processing aids will prevent a slip/ stick action of the molten polymer exiting a die that causes melt fracture and a poor surface finish, occasionally rendering the material unusable.

The controlled incompatibility of fluoropolymer based PPAs with the bulk polymer, causes them to rise to the surface, reducing friction at the molten polymer-wall contact. This means a lower head pressure at high shear rates, resulting in better surface finish and higher output, and reduced number of halts for die lip cleaning.

What we offer:

Carrier Resins:

PP, PE and PET

Properties Modified:

Processing:

Blown Film, Cast Film, Lamination, Extrusion (Pipe/ Profile/ Sheet), Blow Moulding, Injection Stretch Blow Moulding,

Markets Served: