Bio-Flex S 7514
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A biobased, biodegradable injection molding compound with high heat resistance, making it suitable for dishwasher-safe utensils. It offers good flowability, allowing for efficient processing in multi-cavity molds and the production of parts with long flow paths. Additionally, it is approved for food contact applications.
Bio-Flex® S 7514 is a comparatively rigid thermoplastic material with very good impact properties. Due to its good flowability, S 7514 is also suitable for use in multi-cavity molds and for the production of molded parts with long flow paths. In addition, Bio-Flex® S 7514 is suitable for utility or packaging articles with hot filling or use at elevated temperatures. Bio-Flex® S 7514 is also approved for contact with food.
Certified industrially compostable in compliance with EN 13432 at TÜV Austria / OK Compost Industrial
Biobased carbon content
75%
Melt flow rate (190°C/2.16kg)
24.0 g/10 min
Recommended Processing
Injection Moulding
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Other Bio-Flex Grades
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Bio-Flex S 7711
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An industrially compostable bioplastic with good heat resistance and temperature stability. Its elasticity, combined with high rigidity and strength, makes it suitable for producing thick flat films over 800 µm and applications requiring high stretching ratios. Additionally, it is approved for food contact.
Bio-Flex® S 7711 is characterized by its good heat resistance and temperature stability. Due to its good elasticity combined with high rigidity and strength, S 7711 is particularly suitable for thin-walled yet stable thermoformed parts. The highest elongation at break compared to the type family allows large deformations with good recovery properties at the same time. Bio-Flex® S 7711 is also approved for contact with food.
Certified industrially compostable in compliance with EN 13432 at TÜV Austria / OK Compost Industrial
Biobased carbon content
70%
Melt flow rate (190°C/2.16kg)
4.6 g/10 min
Recommended Processing
3D printing
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Other Bio-Flex Grades
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Bio-Flex 3D Clear
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Bio-Flex® 3D Clear is a transparent, biodegradable PLA-based filament designed for 3D printing applications. With a density of 1.25 g/cm³, it offers excellent clarity and printability, making it suitable for creating detailed, translucent prototypes and models.
This biodegradable polymer compound is specifically designed for the production of 3D printing filaments. With a biobased carbon content of 90%, it offers a highly sustainable option for additive manufacturing applications. The material has a melt flow rate of 14 – 18 g/10 min (190°C/2.16 kg), ensuring smooth extrusion and printability.
Biobased carbon content
90%
Melt flow rate (190°C/2.16kg)
14 – 18 g/10 min
Recommended Processing
3D printing
Nothing found.
Other Bio-Flex Grades
Nothing found.
Bio-Flex Home Compost FX1821
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Bio-Flex® FX 1821 is a partly bio-based, home-compostable polymer compound designed for blown film applications requiring high strength. Depending on thickness, films produced from this material range from opaque to cream-colored. It is approved for food contact and certified home-compostable according to EN 13432 by TÜV Austria's OK Compost HOME program.
This biodegradable and home compostable polymer compound is designed for blown film applications. It is certified as home compostable under EN 13432 (at ambient temperature) with a maximum thickness of 32 µm. The opaque grades offer high tear resistance and toughness, making them suitable for thin-walled applications. Customer pilot tests have demonstrated that bag wall thickness can be reduced to as low as 8 µm.
Biobased carbon content
10%
Melt flow rate (190°C/2.16kg)
2.0 – 5.5 g/10 min
Recommended Processing
Blown Film Extrusion
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Other Bio-Flex Grades
Nothing found.