Daplen™ BB077UBB by Borealis is a recyclable, polypropylene (PP) compound. Exhibits easy processability, good stiffness and impact balance. Designed for processing by injection molding. Daplen™... view more

Daplen™ BD020AIB by Borealis is a recyclable, polypropylene (PP) compound. Exhibits easy processability, excellent surface finish, very good balance between impact strength and stiffness. Designed... view more

Daplen™ ED117AE by Borealis is a recyclable, elastomer modified, polypropylene (PP) compound reinforced with 10% mineral. Exhibits easy processability, balanced mechanical properties, good surface... view more

Daplen™ ED306UBB by Borealis is a recyclable, polypropylene (PP) compound reinforced with 30% mineral. Exhibits easy processability, good stiffness and impact balance. Designed for processing by... view more

Daplen™ EE103AEB by Borealis is a recyclable, elastomer modified, polypropylene (PP) compound reinforced with 10% mineral. Exhibits easy processability, high flowability, excellent balance in... view more

Daplen™ EE108U by Borealis is a recyclable, elastomer modified, polypropylene (PP) compound reinforced with 10% mineral. Exhibits easy processability, UV stability, good surface quality, excellent... view more

Daplen™ EE158AIB by Borealis is a recyclable, polypropylene (PP) compound reinforced with 13% mineral. Exhibits easy processability, high scratch resistance and no tendancy to show stickiness after... view more

Daplen™ EE168AIB by Borealis is a recyclable, polypropylene (PP) compound reinforced with 10% mineral. Exhibits easy processability, high scratch resistance, high dimensional stability, low gloss... view more

Daplen™ EE188AI by Borealis is a recyclable, polypropylene (PP) compound reinforced with 15% mineral. Exhibits easy processability, high flowability, high scratch resistance, excellent balance in... view more

Daplen™ EE189HPB by Borealis is a recyclable, polypropylene (PP) compound reinforced with 16% mineral. Exhibits easy processability, high scratch resistance, no stickiness after outdoor exposure... view more

Daplen™ EE260AI by Borealis is a recyclable, polypropylene (PP) compound reinforced with 20% mineral. Exhibits easy processability, good scratch resistance, excellent balance between impact strength... view more

Daplen™ EE340AEB by Borealis is a 30% mineral filled, recyclable, polypropylene-based thermoplastic polyolefin elastomer. It exhibits excellent stiffness-impact balance, good UV stability, good... view more

Daplen™ EE342AEB by Borealis is a recyclable and 33% mineral reinforced polypropylene (PP) grade. It exhibits good UV stability and good stiffness-impact balance at ambient temperatures. It is... view more

Daplen™ EF103AE by Borealis is a recyclable, elastomer modified, polypropylene (PP) compound reinforced with 10% mineral. Exhibits easy processability, balanced mechanical properties, high... view more

Daplen™ EF109AEB by Borealis is a recyclable, elastomer modified, polypropylene (PP) compound reinforced with 20% mineral. Exhibits easy processability, optimized surface, excellent stiffness... view more

Daplen™ EF210AE by Borealis is a recyclable, elastomer modified, polypropylene (PP) compound reinforced with 20% mineral. Exhibits easy processability, balanced mechanical properties, high scratch... view more

Daplen™ EF210AEB by Borealis is a recyclable, elastomer modified, polypropylene (PP) compound reinforced with 20% mineral. Exhibits easy processability, high scratch resistance and UV stability... view more

Daplen™ EF267AI by Borealis is a recyclable, polypropylene (PP) compound reinforced with 20% mineral. Exhibits easy processability, good scratch resistance, excellent balance between impact strength... view more

Daplen™ EF267AIB by Borealis is a recyclable, polypropylene-based thermoplastic polyolefin elastomer filled with 20% mineral. It possesses very good scratch resistance, good impact strength and... view more

Daplen™ EG066AI by Borealis is a recyclable, elastomer modified, polypropylene (PP) compound. Exhibits easy processability, high crystallinity, high flowability, UV stability, excellent balance... view more