Lumicene® M3421UV is a water insoluble metallocene based medium density polyethylene grade. Contains hexene as a comonomer. Exhibits superior mechanical properties, improved dimensional stability... view more

Lumicene® M3421UV Black is a water insoluble metallocene based medium density polyethylene grade. Contains hexene as a comonomer. Exhibits superior mechanical properties, improved dimensional... view more

Lumicene® M3423UV is a water insoluble metallocene based medium density polyethylene grade. Contains hexene as a comonomer. Exhibits superior mechanical properties, improved dimensional stability... view more

Lumicene® M3423UV Black is a water insoluble metallocene based medium density polyethylene grade. Contains hexene as a comonomer. Exhibits superior mechanical properties, improved dimensional... view more

Lumicene® M3581 UV is a water insoluble metallocene based medium density polyethylene grade. Exhibits superior mechanical properties, outstanding optical properties (gloss), improved dimensional... view more

Lumicene® M3581UV Black is a water insoluble metallocene based medium density polyethylene grade. Contains hexene as a comonomer. Exhibits superior mechanical properties, improved dimensional... view more

Lumicene® M3583UV is a water insoluble metallocene based medium density polyethylene grade. Contains hexene as a comonomer. Exhibits superior mechanical properties, improved dimensional stability... view more

Lumicene® M3583UV Black is a water insoluble metallocene based medium density polyethylene grade. Contains hexene as a comonomer. Exhibits superior mechanical properties, improved dimensional... view more

Lumicene® M3661 is a metallocene isotactic polypropylene homopolymer grade with medium molecular weight. Offers lower crystallinity, narrower molecular weight distribution product than conventional... view more

Lumicene® M3766 is a metallocene isotactic polypropylene homopolymer grade. Shows narrow molecular weight distribution product than conventional polypropylene. Recommended for melt spun, carpet... view more

Lumicene® M4041 UV is a water insoluble metallocene based medium density polyethylene grade. It can be processed using rotomolding. Applications include automotives, containers, furnitures & outdoor... view more

Lumicene® M4041UV Black is a water insoluble metallocene based medium density polyethylene grade. Contains hexene as a comonomer. Exhibits superior mechanical properties, improved dimensional... view more

Lumicene® M4043UV is a natural colored, water insoluble, odorless metallocene based medium density polyethylene grade. It is present in powder form and contains hexene as a comonomer. Exhibits... view more

Lumicene® M4043UV Black is a black colored, water insoluble, odorless metallocene based medium density polyethylene grade. It is present in powder form and contains hexene as a comonomer. Exhibits... view more

Lumicene® M5220 is a slip agent free, water insoluble metallocene based high density polyethylene grade. Exhibits very good organoleptic properties, dimensional stability, stress-crack resistance... view more

Lumicene® MH140CN0 is an odorless, water insoluble, natural colored metallocene homopolymer polypropylene pellet grade. Contains standard additivation package. Exhibits high fluidity, low volatile... view more

Lumicene® MR 2002 is an odorless, water insoluble metallocene polypropylene grade. Exhibits high fluidity and anti gas-fading formulation to reduce yellowing in fibers. Suitable for high speed... view more

Lumicene® MR10MX0 is an odorless, water insoluble metallocene random copolymer polypropylene grade. Differs from other random copolymers by its molding reproducibility, outstanding organoleptic... view more

Lumicene® MR110MC2 is an odorless, water insoluble, high fluidity metallocene random copolymer polypropylene grade. Differs from standard random copolymers by its molding reproducibility... view more

Lumicene® MR60MC2 is an odorless, water insoluble metallocene random copolymer polypropylene grade. Differs from other random copolymers by its molding reproducibility, outstanding organoleptic... view more