BJ100HP by Borealis is a recyclable, odorless, polypropylene (PP) copolymer. Contains an additive package for optimum coupling between polymer matrix and glass fibres. Provides long term heat... 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™ 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

Daplen™ EG066AIB by Borealis is a recyclable copolymer of polypropylene (PP) grade. It offers good balance between stiffness and impact resistance. It is designed for processing by injection molding... view more

Daplen™ EG103AI by Borealis is a recyclable, polypropylene (PP) compound reinforced with 15% mineral. Exhibits easy processability, high melt flow rate, excellent balance between impact strength and... view more

Daplen™ EG206AIB by Borealis is a recyclable, polypropylene (PP) compound reinforced with 22% mineral. Exhibits easy processability, high scratch resistance, low gloss, very good stiffness and... view more

Daplen™ EG251AIB by Borealis is a 20% mineral filled polypropylene (PP) compound. Exhibits very good stiffness and impact balance. Designed for processing by injection molding. Daplen™ EG251AIB is... view more

Daplen™ KSX65T20 by Borealis is a recyclable, polypropylene (PP) compound reinforced with 15% mineral. Exhibits easy processability and excellent balanced mechanical properties. Designed for... view more

Daplen™ ME225SY is a polypropylene grade with post-consumer recycled (PCR) content and virgin content to produce high-end grades with long-term quality consistency. Is comprised of 25% PCR content... view more

Fibremod™ CB201SY by Borealis is a chemically coupled engineering polypropylene (PP) grade reinforced with 20 % carbon fiber. Exhibits outstanding mechanical properties with maximized performance to... view more

Fibremod™ CB301SY by Borealis is a chemically coupled engineering polypropylene (PP) grade reinforced with 30 % carbon fiber. Offers outstanding mechanical properties with up to 40% weight saving... view more

Fibremod™ CB401SY by Borealis is a chemically coupled engineering polypropylene (PP) grade reinforced with 40 % carbon fiber. Offers outstanding mechanical properties enabling to reduce weight in... view more

Fibremod™ GD301HPB by Borealis is a recyclable, chemically coupled, modified polypropylene (PP) compound. It is reinforced with 30% glass fiber. Shows high performance and excellent mechanical... view more

Fibremod™ GD302HP by Borealis is polypropylene (PP) grade reinforced with 30% short glass fiber. Exhibits excellent impact performance, flexibility, weight saving, low warpage and good organoleptic... view more