Products in Wipes, Tissue & Towel: Narrow Molecular Weight Distribut...

NOVIS P-490 is an Isotactic low molecular weight polypropylene with enhanced flow properties. Melting point and most of its mechanical properties are similar to conventional PP. It is its low molecular weight and narrow molecular weight distribution which impart NOVIS P-490 high melt flow rate.

RG 1101 SC is a Polypropylene Homopolymer With Very Narrow MWD and Resistance to Gasfading. It is used in NonWovens Spunbonded, Disposable Napkins, Diaper, GeoTextiles, Filter Application

PETOPLEN EH251 is a homopolymer polypropylene resin with narrow molecular weight distribution. The material is produced by controlled rheology (CR) technology. It is suitable for high speed injection molding and general purpose fiber extrusion applications.

PETOPLEN EH341 is a homopolymer polypropylene resin with narrow molecular weight distribution. The material is produced by controlled rheology (CR) technology. It is suitable for very high speed spunbond fiber production and general purpose injection molding.

Metocene MF650Y is a high melt flow rate polypropylene homopolymer resin with very narrow molecular weight distribution. It is suitable for melt blown fibers as well as compounding extrusion applications.This material is available as a free-flowing, low dust granule resin. The very narrow molecular weight distribution and high degree of resin consistency promote finer fibers, enhanced fiber filament thread line continuity as well as reduced fly and lint in melt blown spinning processes. Its high melt flow rate allows reduced processing temperatures and energy savings. This is a low smoke, clean running resinwith good thermal and processing stability.

Metocene MF650X is a high melt flow rate polypropylene homopolymer resin with very narrow molecular weight distribution. It is suitable for melt blown fibers as well as compounding extrusion applications. This material is available as a free-flowing, low dust granule resin. The very narrow molecular weight distribution and high degree of resin consistency promote finer fibers, enhanced fiber filament thread line continuity as well as reduced fly and lint in melt blown spinning processes. Its high melt flow rate allows reduced processing temperatures and energy savings. This is a low smoke, clean running resin with good thermal and processing stability.