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Recycled PP Filler30 Compound 30ICGM30-401E
30% recycled filler filled PP; 30% post-industrial recyclate (PIR) content
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Product Portfolio
Recycled PP Compounds industry — 37 optimised products.
02
Recycled PP Filler30 Compound 30ICGM30-402E
30% recycled filler filled PP; 30% post-industrial recyclate (PIR) content
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03
Recycled PP Filler30 Compound 30ICGM30-501
30% recycled filler filled PP; 30% post-industrial recyclate (PIR) content
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04
Recycled PP Filler30 Compound 30ICGM30-502
30% recycled filler filled PP compound; 30% post-industrial recyclate (PIR) content Sustainable solution developed for injection molding; excellent impact-stiffness balance, stability against metals and lowered carbon footprint.
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05
Recycled PP Filler30 Compound 30ICGM30-601
30% recycled filler filled PP compound; 30% post-industrial recyclate (PIR) content Developed for injection molding; excellent impact-stiffness balance, high melt flow rate, UV resistance, stability against metals and lowered carbon footprint.
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06
Recycled PP Filler30 Compound 30ICGM30-701
30% recycled filler filled PP; 30% post-industrial recyclate (PIR) content
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07
Recycled PP GF20 Compound 30CHGF20-701UV
20% glass fiber filled PP (PPGF20); 30% post-consumer recyclate (PCR) Glass fiber filled polypropylene compound; sustainable solution developed for injection molding applications.
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08
Recycled PP GF20 Compound 50IHGF20-701
20% glass fiber filled PP (PPGF20); 50% post-industrial recyclate (PIR)
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09
Recycled PP GF30 Compound 40CCGF30-301
30% glass fiber filled PP (PPGF30); 40% post-consumer recyclate (PCR) Sustainable solution developed for injection molding; high stiffness, high tensile strength, long-term heat stability (LTHS) and stability against metals.
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10
Recycled PP GF30 Compound 40IHGF30-601
30% glass fiber filled PP (PPGF30); 40% post-industrial recyclate (PIR) Developed for injection molding; high stiffness, high tensile strength, long-term heat stability (LTHS) and stability against metals.
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11
Recycled PP GF30 Compound 50IHGF30-701
30% glass fiber filled PP (PPGF30); 50% post-industrial recyclate (PIR) Sustainable solution developed for injection molding applications.
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12
Recycled PP GF30 Compound 55IHGF30-201
30% glass fiber filled PP (PPGF30); 55% post-industrial recyclate (PIR) content
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13
Recycled PP GF40 Compound 30CCGF40-301
40% glass fiber filled PP (PPGF40); 30% post-consumer recyclate
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14
Recycled PP GF40 Compound 30CHGF40-301UV
40% glass fiber filled PP (PPGF40); 30% post-consumer recyclate (PCR) Sustainable solution developed for injection molding; high stiffness, high tensile strength, UV resistance and stability against metals.
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15
Recycled PP GF40 Compound 30CHGF40-302
40% glass fiber filled PP (PPGF40); 30% post-consumer recyclate (PCR) Sustainable solution developed for injection molding; high stiffness, high tensile strength, long-term heat stability (LTHS) and stability against metals.
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16
Recycled PP GF40 Compound 30IHGF40-501
40% glass fiber filled PP (PPGF40); 30% post-industrial recyclate (PIR) Sustainable solution developed for injection molding; high stiffness, high tensile strength, long-term heat stability (LTHS) and stability against metals.
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17
Recycled PP GF40 Compound 40CHGF40-301
40% glass fiber filled PP (PPGF40); 40% post-consumer recyclate
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18
Recycled PP Injection Grade 40CCUF00-301
Unfilled PP blend; 40% post-consumer recyclate (PCR)
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19
Recycled PP Injection Grade 50-ICUF00-001
Unfilled polypropylene blend; 50% post-industrial recyclate (PIR) A sustainable solution developed for injection molding applications.
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20
Recycled PP Injection Grade 50-ICUF00-002
Unfilled polypropylene blend; 50% post-industrial recyclate (PIR) Sustainable solution developed for injection molding. Source benefit statement is incomplete ("offers ."); no benefit inferred.
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21
Recycled PP Injection Grade 50-MCUF00-101
Unfilled PP blend; 50% mixed recyclate content A sustainable solution developed for injection molding applications.
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22
Recycled PP Injection Grade 50-MCUF00-201
Unfilled polypropylene blend; 50% mixed recyclate content A sustainable solution developed for injection molding.
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23
Recycled PP Injection Grade 50CCUF00-401
Unfilled polypropylene blend; 50% post-consumer recyclate (PCR) A sustainable solution developed for injection molding, offering high impact resistance, high tensile strength and low density.
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24
Recycled PP Injection Grade 50CCUF00-803
Unfilled polypropylene blend; 50% post-consumer recyclate (PCR) Sustainable solution with 50% post-consumer recyclate (PCR), developed for injection molding; excellent impact-stiffness balance, low density and high melt flow rate.
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25
Recycled PP Injection Grade 50CCUF00-805
Unfilled polypropylene blend; 50% post-consumer recyclate (PCR) Sustainable solution with 50% post-consumer recyclate (PCR), developed for injection molding; excellent impact-stiffness balance, low density and high melt flow rate.
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26
Recycled PP Injection Grade 50CHUF00-501
Unfilled PP blend; 50% post-consumer recyclate (PCR) Sustainable solution with 50% post-consumer recyclate (PCR), developed for injection molding; high stiffness, high tensile strength and low density.
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27
Recycled PP Injection Grade 50CHUF00-701
Unfilled polypropylene blend; 50% post-consumer recyclate (PCR) Sustainable solution with 50% post-consumer recyclate (PCR), developed for injection molding; excellent impact-stiffness balance and low density.
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28
Recycled PP Injection Grade 85CCUF00-901
Unfilled polypropylene blend; 85% post-consumer recyclate (PCR) Sustainable solution with 85% post-consumer recyclate (PCR), developed for injection molding; excellent impact-stiffness balance, low density and high melt flow rate.
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29
Recycled PP Talc12 Compound 50ICMT12-501
12% talc filled PP (PPTD12); 50% post-industrial recyclate (PIR) A sustainable solution developed for injection molding, offering excellent impact-stiffness balance.
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30
Recycled PP Talc15 Compound 30ICMT15-701
15% talc filled PP (PPTD15); 30% post-industrial recyclate (PIR) 15% talc filled polypropylene compound (PPTD15) with 30% post-industrial recyclate (PIR), developed for injection molding. Sustainable solution offering excellent impact-stiffness balance and UV resistance; standard black.
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31
Recycled PP Talc20 Compound 25CCMT20-701
20% talc filled PP (PPTD20); 25% post-consumer recyclate (PCR) 20% talc filled polypropylene compound (PPTD20) with 25% post-consumer recyclate (PCR), developed for injection molding applications. Sustainable solution with excellent impact-stiffness balance and high tensile strength; available in standard black.
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32
Recycled PP Talc20 Compound 27IHMT20-701
20% talc filled PP (PPTD20); 27% post-industrial recyclate (PIR) Sustainable solution developed for injection molding; high stiffness, high tensile strength and UV resistance.
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33
Recycled PP Talc20 Compound 35IHMT20-701
20% talc filled PP (PPTD20); 35% post-industrial recyclate (PIR) Sustainable solution developed for injection molding; high stiffness, high tensile strength and UV resistance.
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34
Recycled PP Talc20 Compound 50IHMT20-701
20% talc filled PP (PPTD20); 50% post-industrial recyclate Sustainable solution with 50% post-industrial recyclate (PIR), developed for injection molding; high stiffness and high tensile strength.
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35
Recycled PP Talc30 Compound 30ICMT30-401
30% talc filled PP (PPTD30); 30% post-industrial recyclate (PIR) 30% talc filled polypropylene compound (PPTD30) with 30% post-industrial recyclate (PIR), developed for injection molding. Sustainable solution offering excellent impact-stiffness balance and UV resistance; standard black.
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36
Recycled PP Talc5 Compound 40CCMT05-701E
5% talc filled PP (PPTD5); 40% post-consumer recyclate (PCR) A sustainable solution developed for injection molding, offering excellent impact-stiffness balance, low density and UV resistance.
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37
Recycled PP Talc5 Compound 50CCMT05-701E
5% talc filled PP (PPTD5); 50% post-consumer recyclate (PCR) A sustainable solution developed for injection molding, offering high impact resistance, low density and UV resistance.
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