Bormed™ RB801CF-01 by Borealis is an odorless, recyclable, polypropylene (PP) random copolymer with high ethylene content. It is sterilized by steam and ethylene oxide. Exhibits medium molecular... view more

Bormed™ RB801CF-11 by Borealis is an odorless, recyclable, polypropylene (PP) random copolymer with high ethylene content. It is sterilized by steam and ethylene oxide. Exhibits medium molecular... view more

Bormed™ RD808CF by Borealis is an odorless, recyclable, polypropylene (PP) random copolymer with high ethylene content. Exhibits narrow molecular weight distribution, high gloss, low haze, high... view more

Bormed™ RD808CF-11 by Borealis is an odorless, recyclable, polypropylene (PP) random copolymer with high ethylene content. Exhibits narrow molecular weight distribution, high gloss, low haze, high... view more

Bormed™ SC820CF by Borealis is an odorless, recyclable, polypropylene (PP) random copolymer. Exhibits medium molecular weight distribution, high gloss, low haze, high softness, high toughness at low... view more

Bormed™ SC820CF-11 by Borealis is a soft, heterophasic, recyclable, random copolymer of polypropylene grade. It exhibits high gloss, low haze, high impact strength at 23°C, outstanding toughness at... view more

RD226CF is a heat sealable, impact modified polypropylene (PP) random copolymer grade by Borealis, containing anti-blocking agent as an additive. Provides soft feel and high impact resistance... view more

RD734CF is a heat sealable, heat stabilized and impact modified polypropylene (PP) random copolymer grade by Borealis, containing anti-blocking agent as an additive. Provides soft feel and high... view more

RD735CF is a heat sealable, heat stabilized and impact modified polypropylene (PP) random copolymer grade by Borealis, containing anti-blocking agent as an additive. Provides soft feel and high... view more

RE936CF is a heat sealable, impact modified polypropylene (PP) random copolymer grade by Borealis. Exhibits transparency and high impact resistance. RE936CF is suitable for processing by casting... view more