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    Our broad product portfolio is built around thermoplastic pellets and powders from bio-based, biodegradable and recycled materials. Discover our standard grades below.

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    Beobase 05 PE cotton RTM029 black

    main characteristics
    • Biobased
    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    2,04 kg CO2 Eq/kg

    get a sample

    Beobase 05 PE flax shives RTM027

    main characteristics
    • Biobased
    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    2,02 kg CO2 Eq/kg

    get a sample

    Beobase 10 PP cotton INJ038 Blue Jeans

    main characteristics
    • Visual fibre
    technical information:
    MFI (230°C/2,16 kg - ISO 1133-1) 15,0 g/10 min
    Tensile modulus (ISO 527-1) 2040 MPa
    Charpy impact notched (1eA - ISO 179-1) 4,5 kJ/m²
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    1,83 kg CO2 Eq/kg

    get a sample

    Beobase 10 PP cotton INJ044 Black

    main characteristics
    • Biobased
    process:
    • Injection moulding
    download documentation:
    get a sample

    Beobase 10 TPE cork INJ568

    main characteristics
    • Biobased
    • Visual fibre
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 9,1 g/10 min
    Hardness Shore A (ISO 868) 72
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    2,37 kg CO2 Eq/kg

    get a sample

    Beobase 10 TPE cotton INJ569

    main characteristics
    • Biobased
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 2,8 g/10 min
    Hardness Shore A (ISO 868) 75
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    2,38 kg CO2 Eq/kg

    get a sample

    Beobase 10 TPE wood INJ567

    main characteristics
    • Biobased
    • Visual fibre
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 4,7 g/10 min
    Hardness Shore A (ISO 868) 73
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    2,37 kg CO2 Eq/kg

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    Beobase 15 ABS wood INJ026

    main characteristics
    • Biobased
    • Visual fibre
    technical information:
    MFI (220°C/10 kg - ISO 1133-1) 13,0 g/10 min
    Tensile modulus (ISO 527-1) 3750 MPa
    Charpy impact notched (1eA - ISO 179-1) 5,3 kJ/m²
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    2,66 kg CO2 Eq/kg

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    Beobase 15 PE wood RTM179

    main characteristics
    • Biobased
    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    1,85 kg CO2 Eq/kg

    get a sample

    Beobase 15 rABS wood INJ027

    main characteristics
    • Biobased
    • Post-consumer recycled
    • Visual fibre
    technical information:
    MFI (220°C/10 kg - ISO 1133-1) 24,5 g/10 min
    Tensile modulus (ISO 527-1) 3220 MPa
    Charpy impact notched (1eA - ISO 179-1) 3,8 kJ/m²
    Recycled content >80 %
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    0,53 kg CO2 Eq/kg

    get a sample

    Beobase 15 TPU wood INJ028

    main characteristics
    • Biobased
    • Visual fibre
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 0,7 g/10 min
    Hardness Shore A (ISO 868) 86
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    4,74 kg CO2 Eq/kg

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    Beobase 20 ASA wood COEX048

    main characteristics
    • Biobased
    • High UV resistance
    • Visual fibre
    technical information:
    MFI (220°C/10 kg - ISO 1133-1) 4,0 g/10 min
    Tensile modulus (ISO 527-1) 3160 MPa
    Charpy impact notched (1eA - ISO 179-1) 2,9 kJ/m²
    Renewable content *
    process:
    • Co-extrusion
    download documentation:
    carbon footprint:

    3,51 kg CO2 Eq/kg

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    Beobase 20 ASA wood INJ047

    main characteristics
    • Biobased
    • Visual fibre
    technical information:
    MFI (220°C/10 kg - ISO 1133-1) 10,5 g/10 min
    Tensile modulus (ISO 527-1) 4370 MPa
    Charpy impact notched (1eA - ISO 179-1) 3,0 kJ/m²
    Renewable content *
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    3,51 kg CO2 Eq/kg

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    Beobase 20 PVC COEX090 PUT

    main characteristics
    • Biobased
    process:
    • Co-extrusion
    download documentation:
    get a sample

    Beobase 25 EVA wood EXT025

    main characteristics
    • Biobased
    • Visual fibre
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 1,0 g/10 min
    Hardness Shore A (ISO 868) 94
    process:
    • Extrusion
    download documentation:
    carbon footprint:

    1,72 kg CO2 Eq/kg

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    Beobase 25 PE wood INJ025

    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    -1.57 kg CO2 Eq/kg

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    Beobase 25 PE wood INJ026

    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    -1,46 kg CO2 Eq/kg

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    Beobase 25 PP bamboo INJ092

    main characteristics
    • Biobased
    • Visual fibre
    technical information:
    MFI (230°C/2,16 kg - ISO 1133-1) 25,5 g/10 min
    Tensile modulus (ISO 527-1) 3350 MPa
    Charpy impact notched (1eA - ISO 179-1) 4,5 kJ/m²
    Renewable content *
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    1,39 kg CO2 Eq/kg

    get a sample

    Beobase 25 PP cellulose INJ112

    main characteristics
    • Biobased
    process:
    • Injection moulding
    download documentation:
    get a sample

    Beobase 25 PP cellulose INJ151

    main characteristics
    • Biobased
    technical information:
    MFI (230°C/2,16 kg - ISO 1133-1) 7,0 g/10 min
    Tensile modulus (ISO 527-1) 2800 MPa
    Charpy impact notched (1eA - ISO 179-1) 3,7 kJ/m²
    Renewable content *
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    1,41 kg CO2 Eq/kg

    get a sample

    Beobase 25 PP cork INJ118

    main characteristics
    • Biobased
    • Visual fibre
    technical information:
    MFI (230°C/2,16 kg - ISO 1133-1) 4,0 g/10 min
    Tensile modulus (ISO 527-1) 1200 MPa
    Charpy impact notched (1eA - ISO 179-1) 2,8 kJ/m²
    Renewable content *
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    1,39 kg CO2 Eq/kg

    get a sample

    Beobase 25 PP flax shives INJ120

    main characteristics
    • Biobased
    • Visual fibre
    technical information:
    MFI (230°C/2,16 kg - ISO 1133-1) 16,5 g/10 min
    Tensile modulus (ISO 527-1) 2640 MPa
    Charpy impact notched (1eA - ISO 179-1) 2,5 kJ/m²
    Renewable content *
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    1,39 kg CO2 Eq/kg

    get a sample

    Beobase 25 PP rice husk INJ097

    main characteristics
    • Biobased
    • Visual fibre
    technical information:
    MFI (230°C/2,16 kg - ISO 1133-1) 27,0 g/10 min
    Tensile modulus (ISO 527-1) 2360 MPa
    Charpy impact notched (1eA - ISO 179-1) 2,4 kJ/m²
    Renewable content *
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    1,39 kg CO2 Eq/kg

    get a sample

    Beobase 25 PP wood INJ074

    main characteristics
    • Biobased
    • Visual fibre
    technical information:
    MFI (230°C/2,16 kg - ISO 1133-1) 21,5 g/10 min
    Tensile modulus (ISO 527-1) 2950 MPa
    Charpy impact notched (1eA - ISO 179-1) 2,9 kJ/m²
    Renewable content *
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    1,39 kg CO2 Eq/kg

    get a sample

    Beobase 25 PP wood INJ132 GF

    main characteristics
    • Visual fibre
    technical information:
    MFI (230°C/2,16 kg - ISO 1133-1) 20,5 g/10 min
    Tensile modulus (ISO 527-1) 3700 MPa
    Charpy impact notched (1eA - ISO 179-1) 4,5 kJ/m²
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    1,76 kg CO2 Eq/kg

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    Beobase 25 PS wood INJ025

    main characteristics
    • Biobased
    • Visual fibre
    technical information:
    MFI (200°C/5 kg - ISO 1133-1) 6,6 g/10 min
    Tensile modulus (ISO 527-1) 3820 MPa
    Charpy impact notched (1eA - ISO 179-1) 2,9 kJ/m²
    Renewable content *
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    1,84 kg CO2 Eq/kg

    get a sample

    Beobase 25 rPP UBQ Sunrise INJ131

    main characteristics
    • Biobased
    process:
    • Injection moulding
    download documentation:
    get a sample

    Beobase 25 rPP wood INJ122

    main characteristics
    • Biobased
    • Post-consumer recycled
    • Visual fibre
    technical information:
    MFI (230°C/2,16 kg - ISO 1133-1) 26,5 g/10 min
    Tensile modulus (ISO 527-1) 2590 MPa
    Charpy impact notched (1eA - ISO 179-1) 2,3 kJ/m²
    Renewable content *
    Recycled content >70 %
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    0,11 kg CO2 Eq/kg

    get a sample

    Beobase 25 rPS wood INJ026

    main characteristics
    • Biobased
    • Post-consumer recycled
    • Visual fibre
    technical information:
    MFI (200°C/5 kg - ISO 1133-1) 3,0 g/10 min
    Tensile modulus (ISO 527-1) 5970 MPa
    Charpy impact notched (1eA - ISO 179-1) 1,8 kJ/m²
    Renewable content *
    Recycled content >70 %
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    0,17 kg CO2 Eq/kg

    get a sample

    Beobase 40 PP wood EXT072

    main characteristics
    • Biobased
    technical information:
    process:
    • Extrusion
    download documentation:
    carbon footprint:

    1,23 kg CO2 Eq/kg

    get a sample

    Beobase 50 PVC EXT455 Hydrostatic

    main characteristics
    • Biobased
    process:
    • Extrusion
    download documentation:
    get a sample

    Beobase 50 PVC rice husk EXT396

    main characteristics
    • Biobased
    • Visual fibre
    technical information:
    Tensile modulus (ISO 527-1) 4300 MPa
    HDT (B - ISO 75-1) 79,9 °C
    Renewable content **
    process:
    • Extrusion
    download documentation:
    carbon footprint:

    1,16 kg CO2 Eq/kg

    get a sample

    Beobase 50 PVC wood COEX281

    main characteristics
    • Biobased
    • Visual fibre
    technical information:
    Tensile modulus (ISO 527-1) 4010 MPa
    HDT (B - ISO 75-1) 80,7 °C
    Renewable content **
    process:
    • Co-extrusion
    download documentation:
    carbon footprint:

    1,19 kg CO2 Eq/kg

    get a sample

    Beobase 50 PVC wood EXT275

    main characteristics
    • Biobased
    • Visual fibre
    technical information:
    Tensile modulus (ISO 527-1) 5490 MPa
    HDT (B - ISO 75-1) 80,4 °C
    Renewable content **
    process:
    • Extrusion
    download documentation:
    carbon footprint:

    1,14 kg CO2 Eq/kg

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    Beobase 50 PVC wood EXT548 Hydrostatic

    main characteristics
    • Biobased
    • Visual fibre
    technical information:
    Tensile modulus (ISO 527-1) 5690 MPa
    HDT (B - ISO 75-1) 80,7 °C
    Renewable content *
    process:
    • Extrusion
    download documentation:
    carbon footprint:

    1,16 kg CO2 Eq/kg

    get a sample

    Beobase 50 rPVC wood EXT499

    main characteristics
    • Biobased
    • Post-consumer recycled
    • Visual fibre
    technical information:
    Tensile modulus (ISO 527-1) 4630 MPa
    HDT (B - ISO 75-1) 82,2 °C
    Renewable content **
    Recycled content >50 %
    process:
    • Extrusion
    download documentation:
    carbon footprint:

    0,46 kg CO2 Eq/kg

    get a sample

    Beobase 70 PE wood EXT047

    main characteristics
    • Biobased
    process:
    • Extrusion
    download documentation:
    carbon footprint:

    0,84 kg CO2 Eq/kg

    get a sample

    Beobase 70 PE wood EXT131

    main characteristics
    • Biobased
    process:
    • Extrusion
    download documentation:
    carbon footprint:

    -0,37 kg CO2 Eq/kg

    get a sample

    Beobase PE INJ223

    main characteristics
    • Biobased
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    -1,87 kg CO2 Eq/kg

    get a sample

    Beobase PE RTM186

    main characteristics
    • Biobased
    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    -2,12 kg CO2 Eq/kg

    get a sample

    Beobase PE RTM201

    main characteristics
    • Biobased
    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    -2,12 kg CO2 Eq/kg

    get a sample

    Beocycle ABS INJ559 UV

    main characteristics
    • Post-consumer recycled
    technical information:
    MFI (220°C/10 kg - ISO 1133-1) 44,0 g/10 min
    Tensile modulus (ISO 527-1) 2000 MPa
    Charpy impact notched (1eA - ISO 179-1) 6,5 kJ/m²
    Recycled content >99 %
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    0,56 kg CO2 Eq/kg

    get a sample

    Beocycle ABS INJ570 IM

    main characteristics
    • Post-consumer recycled
    technical information:
    MFI (220°C/10 kg - ISO 1133-1) 22,0 g/10 min
    Tensile modulus (ISO 527-1) 2510 MPa
    Charpy impact notched (1eA - ISO 179-1) 9,9 kJ/m²
    Recycled content >90 %
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    0,87 kg CO2 Eq/kg

    get a sample

    Beocycle PA INJ566 Ocean

    main characteristics
    • Ocean
    • Post-consumer recycled
    technical information:
    Tensile modulus (ISO 527-1) 2500 MPa
    Charpy impact notched (1eA - ISO 179-1) 4,0 kJ/m²
    Recycled content >99 %
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    0,41 kg CO2 Eq/kg

    get a sample

    Beocycle PE EXT230 Ocean UV

    main characteristics
    • Ocean
    process:
    • Extrusion
    download documentation:
    carbon footprint:

    0,16 kg CO2 Eq/kg

    get a sample

    Beocycle PE EXT232 Agri UV

    process:
    • Extrusion
    download documentation:
    carbon footprint:

    0,84 kg CO2 Eq/kg

    get a sample

    Beocycle PE EXT233 Art. Grass UV

    process:
    • Extrusion
    download documentation:
    carbon footprint:

    0,10 kg CO2 Eq/kg

    get a sample

    Beocycle PE INJ222 Ocean UV

    main characteristics
    • Ocean
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    1,14 kg CO2 Eq/kg

    get a sample

    Beocycle PE INJ238 Agri

    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    0,78 kg CO2 Eq/kg

    get a sample

    Beocycle PE RTM207 Art. Grass

    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    0,07 kg CO2 Eq/kg

    get a sample

    Beocycle PE RTM216 Ocean extra UV

    main characteristics
    • Ocean
    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    1,16 kg CO2 Eq/kg

    get a sample

    Beocycle PE RTM217 Ocean Foam

    main characteristics
    • Ocean
    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    1,20 kg CO2 Eq/kg

    get a sample

    Beocycle PE RTM235 Art. Grass UV

    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    1,12 kg CO2 Eq/kg

    get a sample

    Beocycle PE RTM236 Terrazzo

    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    1,65 kg CO2 Eq/kg

    get a sample

    Beocycle PE RTM242 Agri extra UV

    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    1,50 kg CO2 Eq/kg

    get a sample

    Beocycle PE RTM291 Collect Medium Grey UV

    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    1,63 kg CO2 Eq/kg

    get a sample

    Beocycle PE RTM293 Collect Yellow UV

    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    1,60 kg CO2 Eq/kg

    get a sample

    Beocycle PE RTM294 Ocean Teal UV

    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    1,47 kg CO2 Eq/kg

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    Beocycle PP INJ769 Ocean

    main characteristics
    • Ocean
    • Post-consumer recycled
    technical information:
    MFI (230°C/2,16 kg - ISO 1133-1) 3,5 g/10 min
    Tensile modulus (ISO 527-1) 1240 MPa
    Charpy impact notched (1eA - ISO 179-1) 4,2 kJ/m²
    Recycled content >99 %
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    0,11 kg CO2 Eq/kg

    get a sample

    Beocycle PP INJ770 Transparent UV

    main characteristics
    • Post-consumer recycled
    technical information:
    MFI (230°C/2,16 kg - ISO 1133-1) 33,0 g/10 min
    Tensile modulus (ISO 527-1) 1040 MPa
    Charpy impact notched (1eA - ISO 179-1) 3,7 kJ/m²
    Recycled content >99 %
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    0,75 kg CO2 Eq/kg

    get a sample

    Beocycle PP INJ783 Transparent

    main characteristics
    • Post-consumer recycled
    technical information:
    Recycled content 100% post consumer recycled
    MFI (230°C, 2,16kg - ISO 1133-1) 31 - 36 g/10min
    Tensile modulus (ISO 527) 1040 MPa
    Elongation at break (ISO 527) 270 %
    Colour transparent
    download documentation:
    carbon footprint:

    0,72 kg CO2 Eq/ kg

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    Beocycle PP INJ786 Grey

    main characteristics
    • Post-consumer recycled
    technical information:
    MFI (230°C/2,16 kg - ISO 1133-1) 22,0 g/10 min
    Tensile modulus (ISO 527-1) 1290 MPa
    Charpy impact notched (1eA - ISO 179-1) 5,2 kJ/m²
    Recycled content 100 %
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    0,51 kg CO2 Eq/kg

    get a sample

    Beocycle PP INJ787 Light Grey

    main characteristics
    • Post-consumer recycled
    technical information:
    MFI (230°C/2,16 kg - ISO 1133-1) 12,5 g/10 min
    Tensile modulus (ISO 527-1) 1160 MPa
    Charpy impact notched (1eA - ISO 179-1) 7,5 kJ/m²
    Recycled content 100 %
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    0,51 kg CO2 Eq/kg

    get a sample

    Beocycle PP INJ788 Clear White

    main characteristics
    • Post-consumer recycled
    technical information:
    MFI (230°C/2,16 kg - ISO 1133-1) 18,0 g/10 min
    Tensile modulus (ISO 527-1) 1100 MPa
    Charpy impact notched (1eA - ISO 179-1) 5,7 kJ/m²
    Recycled content 100 %
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    0,51 kg CO2 Eq/kg

    get a sample

    Beocycle PP INJ789 Grey

    main characteristics
    • Post-consumer recycled
    technical information:
    MFI (230°C/2,16 kg - ISO 1133-1) 32,5 g/10 min
    Tensile modulus (ISO 527-1) 1300 MPa
    Charpy impact notched (1eA - ISO 179-1) 6,6 kJ/m²
    Recycled content 100 %
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    0,51 kg CO2 Eq/kg

    get a sample

    Beocycle PS EXT118

    main characteristics
    • Post-consumer recycled
    technical information:
    MFI (200°C/5 kg - ISO 1133-1) 9,0 g/10 min
    Tensile modulus (ISO 527-1) 3450 MPa
    Charpy impact notched (1eA - ISO 179-1) 1,4 kJ/m²
    Recycled content 100 %
    process:
    • Extrusion
    download documentation:
    carbon footprint:

    0,02 kg CO2 Eq/kg

    get a sample

    Beocycle PS INJ121 UV

    main characteristics
    • Post-consumer recycled
    technical information:
    MFI (200°C/5 kg - ISO 1133-1) 9,0 g/10 min
    Tensile modulus (ISO 527-1) 3450 MPa
    Charpy impact notched (1eA - ISO 179-1) 1,4 kJ/m²
    Recycled content >99 %
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    0,05 kg CO2 Eq/kg

    get a sample

    Beocycle PVC Rebound for vinyl pressing

    main characteristics
    • (Vinyl) Record Pressing
    • Post-consumer recycled
    • Post-industrial recycled
    download documentation:
    get a sample

    Beocycle PVC Rebound PRS426 black PIR

    main characteristics
    • (Vinyl) Record Pressing
    • Post-industrial recycled
    technical information:
    Relative density (ISO 1183-1) 1,35 g/cm³
    Colour black
    Recycled content 33 %
    process:
    • Record pressing
    download documentation:
    carbon footprint:

    1,45 kg CO2 Eq/kg

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    Beocycle PVC Rebound PRS434 black MIX

    main characteristics
    • (Vinyl) Record Pressing
    • Post-industrial recycled
    technical information:
    Relative density (ISO 1183-1) 1,35 g/cm³
    Recycled content 100 %
    process:
    • Record pressing
    download documentation:
    carbon footprint:

    0,02 kg CO2 Eq/kg

    get a sample

    Beocycle TPE INJ546

    main characteristics
    • Post-consumer recycled
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 5,0 g/10 min
    Hardness Shore A (ISO 868) 95
    Recycled content 100 %
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    0,44 kg CO2 Eq/kg

    get a sample

    Beocycle TPE INJ560

    main characteristics
    • Post-consumer recycled
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 2,6 g/10 min
    Hardness Shore A (ISO 868) 72
    Recycled content >35 %
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    1,83 kg CO2 Eq/kg

    get a sample

    Beocycle TPE RTM239 Ocean

    main characteristics
    • Ocean
    • Post-consumer recycled
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 5,0 g/10 min
    Hardness Shore A (ISO 868) 95
    Recycled content >98 %
    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    0,47 kg CO2 Eq/kg

    get a sample

    Beocycle TPE RTM240 Beige

    main characteristics
    • Post-consumer recycled
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 4,8 g/10 min
    Hardness Shore A (ISO 868) 97
    Recycled content >98 %
    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    0,48 kg CO2 Eq/kg

    get a sample

    Beocycle TPE RTM509

    main characteristics
    • Post-consumer recycled
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 5,0 g/10 min
    Hardness Shore A (ISO 868) 95
    Recycled content >99 %
    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    0,44 kg CO2 Eq/kg

    get a sample

    Beograde 05 BTL023

    main characteristics
    • Biodegradable
    process:
    • Bottling
    download documentation:
    get a sample

    Beograde 05 wood BLM023

    main characteristics
    • Biodegradable
    • Visual fibre
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 3,5 g/10 min
    Tensile modulus (ISO 527-1) 1140 MPa
    Charpy impact notched (1eA - ISO 179-1) 32,0 kJ/m²
    Renewable content **
    download documentation:
    carbon footprint:

    2,75 kg CO2 Eq/kg

    get a sample

    Beograde 05 wood THF024

    main characteristics
    • Biodegradable
    • Visual fibre
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 3,5 g/10 min
    Tensile modulus (ISO 527-1) 1440 MPa
    Charpy impact notched (1eA - ISO 179-1) 31,2 kJ/m²
    Renewable content **
    process:
    • Thermoforming
    download documentation:
    carbon footprint:

    2,72 kg CO2 Eq/kg

    get a sample

    Beograde 10 wood EXT028

    main characteristics
    • Biodegradable
    • Visual fibre
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 3,5 g/10 min
    Tensile modulus (ISO 527-1) 3640 MPa
    Charpy impact notched (1eA - ISO 179-1) 5,1 kJ/m²
    Renewable content ***
    process:
    • Extrusion
    download documentation:
    carbon footprint:

    2,18 kg CO2 Eq/kg

    get a sample

    Beograde 10 wood INJ027

    main characteristics
    • Biodegradable
    • Visual fibre
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 16,5 g/10 min
    Tensile modulus (ISO 527-1) 2580 MPa
    Charpy impact notched (1eA - ISO 179-1) 5,0 kJ/m²
    Renewable content ***
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    2,38 kg CO2 Eq/kg

    get a sample

    Beograde 70 lignin MB001

    main characteristics
    • Biodegradable
    • Visual fibre
    technical information:
    MFI (190°C/2,16kg - ISO 1133-1) 0,75 - 1 g/10min
    Relative density (ISO 1183-1) 1,15 - 1,25 g/cm³
    Colour natural brown
    Renewable content ***
    download documentation:
    carbon footprint:

    - 0,1878 kg CO2 Eq/ kg

    get a sample

    Beograde BLM035 O

    main characteristics
    • Biodegradable
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 4,5 g/10 min
    Tensile modulus (ISO 527-1) 1340 MPa
    Charpy impact notched (1eA - ISO 179-1) 96,4 kJ/m²
    Renewable content **
    download documentation:
    carbon footprint:

    2,88 kg CO2 Eq/kg

    get a sample

    Beograde BLM043 O

    main characteristics
    • Biodegradable
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 4,5 g/10 min
    Tensile modulus (ISO 527-1) 2660 MPa
    Charpy impact notched (1eA - ISO 179-1) 8,9 kJ/m²
    Renewable content ***
    download documentation:
    carbon footprint:

    2,33 kg CO2 Eq/kg

    get a sample

    Beograde BTL035

    main characteristics
    • Biodegradable
    process:
    • Bottling
    download documentation:
    get a sample

    Beograde BTL043

    main characteristics
    • Biodegradable
    process:
    • Bottling
    download documentation:
    get a sample

    Beograde EXT037 T

    main characteristics
    • Biodegradable
    • Transparent
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 4,0 g/10 min
    Tensile modulus (ISO 527-1) 3500 MPa
    Charpy impact notched (1eA - ISO 179-1) 3,5 kJ/m²
    Renewable content ****
    process:
    • Extrusion
    download documentation:
    carbon footprint:

    2,12 kg CO2 Eq/kg

    get a sample

    Beograde EXT041

    main characteristics
    • Biodegradable
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 3,5 g/10 min
    Tensile modulus (ISO 527-1) 3250 MPa
    Charpy impact notched (1eA - ISO 179-1) 6,6 kJ/m²
    Renewable content ***
    process:
    • Extrusion
    download documentation:
    carbon footprint:

    2,20 kg CO2 Eq/kg

    get a sample

    Beograde EXT042

    main characteristics
    • Biodegradable
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 3,5 g/10 min
    Tensile modulus (ISO 527-1) 2090 MPa
    Charpy impact notched (1eA - ISO 179-1) 14,2 kJ/m²
    Renewable content **
    process:
    • Extrusion
    download documentation:
    carbon footprint:

    2,45 kg CO2 Eq/kg

    get a sample

    Beograde EXT052

    main characteristics
    • Biodegradable
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 7,5 g/10 min
    Tensile modulus (ISO 527-1) 1010 MPa
    Charpy impact notched (1eA - ISO 179-1) 71,8 kJ/m²
    Renewable content **
    process:
    • Extrusion
    download documentation:
    carbon footprint:

    2,53 kg CO2 Eq/kg

    get a sample

    Beograde EXT058

    main characteristics
    • Biodegradable
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 17,0 g/10 min
    Tensile modulus (ISO 527-1) 2870 MPa
    Charpy impact notched (1eA - ISO 179-1) 5,5 kJ/m²
    Renewable content ***
    process:
    • Extrusion
    download documentation:
    carbon footprint:

    2,21 kg CO2 Eq/kg

    get a sample

    Beograde FLM044 O

    main characteristics
    • Biodegradable
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 3,5 g/10 min
    Tensile modulus (ISO 527-1) 1260 MPa
    Charpy impact notched (1eA - ISO 179-1) 78,3 kJ/m²
    Renewable content *
    process:
    • Extrusion
    download documentation:
    carbon footprint:

    2,67 kg CO2 Eq/kg

    get a sample

    Beograde FLM046 T

    main characteristics
    • Biodegradable
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 5,0 g/10 min
    Tensile modulus (ISO 527-1) 1200 MPa
    Charpy impact notched (1eA - ISO 179-1) 84,4 kJ/m²
    Renewable content *
    process:
    • Extrusion
    download documentation:
    carbon footprint:

    2,95 kg CO2 Eq/kg

    get a sample

    Beograde FLM048

    main characteristics
    • Biodegradable
    download documentation:
    get a sample

    Beograde INJ036 T

    main characteristics
    • Biodegradable
    • Transparent
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 30,0 g/10 min
    Tensile modulus (ISO 527-1) 3770 MPa
    Charpy impact notched (1eA - ISO 179-1) 3,6 kJ/m²
    Renewable content ****
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    2,12 kg CO2 Eq/kg

    get a sample

    Beograde INJ038

    main characteristics
    • Biodegradable
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 17,0 g/10 min
    Tensile modulus (ISO 527-1) 1610 MPa
    Charpy impact notched (1eA - ISO 179-1) 12,0 kJ/m²
    Renewable content ***
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    2,76 kg CO2 Eq/kg

    get a sample

    Beograde INJ039

    main characteristics
    • Biodegradable
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 19,0 g/10 min
    Tensile modulus (ISO 527-1) 3390 MPa
    Charpy impact notched (1eA - ISO 179-1) 5,3 kJ/m²
    Renewable content ***
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    2,02 kg CO2 Eq/kg

    get a sample

    Beograde RTM050

    main characteristics
    • Biodegradable
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 6,5 g/10 min
    Tensile modulus (ISO 527-1) 1200 MPa
    Charpy impact notched (1eA - ISO 179-1) 84,4 kJ/m²
    Renewable content *
    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    2,95 kg CO2 Eq/kg

    get a sample

    Beograde RTM064 T

    main characteristics
    • Biodegradable
    • Transparent
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 4,0 g/10 min
    Tensile modulus (ISO 527-1) 3500 MPa
    Charpy impact notched (1eA - ISO 179-1) 3,5 kJ/m²
    Renewable content ****
    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    2,12 kg CO2 Eq/kg

    get a sample

    Beograde RTM065 T

    main characteristics
    • Biodegradable
    • Transparent
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 10,0 g/10 min
    Tensile modulus (ISO 527-1) 3550 MPa
    Charpy impact notched (1eA - ISO 179-1) 2,7 kJ/m²
    Renewable content ****
    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    2,46 kg CO2 Eq/kg

    get a sample

    Beograde THF040

    main characteristics
    • Biodegradable
    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 2,5 g/10 min
    Tensile modulus (ISO 527-1) 3520 MPa
    Charpy impact notched (1eA - ISO 179-1) 9,9 kJ/m²
    Renewable content ***
    process:
    • Thermoforming
    download documentation:
    carbon footprint:

    2,02 kg CO2 Eq/kg

    get a sample

    Beosmart ASA COEX551

    main characteristics
    • High UV resistance
    technical information:
    MFI (220°C/10 kg - ISO 1133-1) 5,0 g/10 min
    Tensile modulus (ISO 527-1) 1820 MPa
    Charpy impact notched (1eA - ISO 179-1) 20,0 kJ/m²
    process:
    • Co-extrusion
    download documentation:
    carbon footprint:

    4,35 kg CO2 Eq/kg

    get a sample

    Beosmart ASA INJ550

    main characteristics
    • High UV resistance
    technical information:
    MFI (220°C/10 kg - ISO 1133-1) 13,0 g/10 min
    Tensile modulus (ISO 527-1) 2140 MPa
    Charpy impact notched (1eA - ISO 179-1) 15,1 kJ/m²
    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    4,35 kg CO2 Eq/kg

    get a sample

    Beosmart EVA RTM541 flexible

    technical information:
    MFI (190°C/2,16 kg - ISO 1133-1) 38,0 g/10 min
    Hardness Shore A (ISO 868) 65
    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    2,87 kg CO2 Eq/kg

    get a sample

    Beosmart PE RTM212 sinkable

    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    1,85 kg CO2 Eq/kg

    get a sample

    Beosmart PE RTM237 Foam

    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    2,17 kg CO2 Eq/kg

    get a sample

    Beosmart PVC EXT419 UV

    main characteristics
    • High UV resistance
    technical information:
    Tensile modulus (ISO 527-1) 3170 MPa
    HDT (B - ISO 75-1) 74,6 °C
    process:
    • Extrusion
    download documentation:
    carbon footprint:

    2,23 kg CO2 Eq/kg

    get a sample

    Beosmart PVC EXT420 UV HT

    main characteristics
    • High UV resistance
    technical information:
    Tensile modulus (ISO 527-1) 3140 MPa
    HDT (B - ISO 75-1) 82,7 °C
    process:
    • Extrusion
    download documentation:
    carbon footprint:

    2,23 kg CO2 Eq/kg

    get a sample

    Lumicene® M3423 UV

    technical information:
    Form pellets or powder
    Colour natural or black (other colours on request)
    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    On request

    get a sample

    Lumicene® M3583 UV

    technical information:
    Form pellets or powder
    Colour natural or black (other colours on request)
    Alternative to Icorene 1761 / 3560 / 3590 / 9104
    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    On request

    get a sample

    Lumicene® M4043 UV

    technical information:
    Form pellets or powder
    Colour natural or black (other colours on request)
    Alternative to Icorene 1339 / 1613
    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    On request

    get a sample

    Monprene CP-182XX NAT

    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    2,62 kg CO2 Eq/kg

    get a sample

    Monprene RG-182XX NAT

    process:
    • Injection moulding
    download documentation:
    carbon footprint:

    2,63 kg CO2 Eq/kg

    get a sample

    TP Seal® M3671 UV

    technical information:
    Form pellets or powder
    Colour natural or black (other colours on request)
    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    On request

    get a sample

    TP Seal® M4743 UV

    technical information:
    Form pellets or powder
    Colour natural or black (other colours on request)
    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    On request

    get a sample

    TP Seal® M4833 UV

    technical information:
    Form pellets or powder
    Colour natural or black (other colours on request)
    Alternative to Icorene 1505 or XPE
    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    On request

    get a sample

    TP Seal® M5153 UV

    technical information:
    Form pellets or powder
    Colour natural or black (other colours on request)
    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    On request

    get a sample

    TP Seal® PP 10T3

    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    On request

    get a sample

    TP Seal® PP 15C3

    technical information:
    Form pellets or powder
    Colour natural or black (other colours on request)
    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    On request

    get a sample

    TP Seal® PP 20C3

    process:
    • Rotomoulding
    download documentation:
    carbon footprint:

    On request

    get a sample

    We'd love to hear about your ideas

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    Sustainable compounds
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