Slip Masterbatch - Amide Based Fast And Slow Additives For Plastic Film Applications | Reduced Surface Coefficient Of Friction, Optimized Sealing And Welding Properties, High Heat Resistance

We
have been setting benchmarks of success in the market as a prominent
organization engaged in exporting and supplying Slip Masterbatch.
It is a range of amide based fast and slow masterbatch for plastic film

applications suitable for various processing methods. Our diligent
agents source this masterbatch from the reputed vendors of the market. Slip Masterbatch is added to reduce the surface coefficient
of friction of polymers and is used to enhance either processing or end
applications.

Features:

An inherent degree of surface roughness and hence higher COF (Coefficient of Frinction) exists in plastic films, which is a determining factor in the handling and further processing of plastics as moulded and extruded products. The high COF prevents layers of plastic film from sliding over each other and increases adherence to metal surfaces, causing issues in high-speed processing applications such as packaging. This adversely affects the end use and makes the case for use of slip additives.

The poor compatibility of slip additives with a polymer allows them to migrate to the surface thereby reducing the surface COF. Slip additives may be a Fasta or a Slowa Slip depending on speed of migration to surface. Slip additives when used in combination with other additives such as antiblocks must be employed with caution to maintain an optimum coefficient of friction and acting performance speed.

What we offer:

Carrier Resins:

PP, PE and PET

Properties Modified:

Processing:

Blown Film, Cast Film, Sheet Extrusion, Injection Moulding, Oriented Flat Film

Markets Served:

An inherent degree of surface roughness and hence higher COF (Coefficient of Frinction) exists in plastic films, which is a determining factor in the handling and further processing of plastics as moulded and extruded products. The high COF prevents layers of plastic film from sliding over each other and increases adherence to metal surfaces, causing issues in high-speed processing applications such as packaging. This adversely affects the end use and makes the case for use of slip additives.

The poor compatibility of slip additives with a polymer allows them to migrate to the surface thereby reducing the surface COF. Slip additives may be a Fasta or a Slowa Slip depending on speed of migration to surface. Slip additives when used in combination with other additives such as antiblocks must be employed with caution to maintain an optimum coefficient of friction and acting performance speed.

What we offer:

Carrier Resins:

PP, PE and PET

Properties Modified:

Processing:

Blown Film, Cast Film, Sheet Extrusion, Injection Moulding, Oriented Flat Film

Markets Served: