Bio-Flex®
Bioplastics
Skyi FKuR’s Bio-Flex® is a collection of biodegradable and compostable plastics derived from renewable resources. Designed mainly for flexible films, it also supports injection molding and thermoforming processes, making it suitable for a range of industries focused on sustainable material solutions.
Highlights of Bio-Flex®
Durable Yet Biodegradable
Easy to Process and Manufacture
Industrial and Home Composting
Regenerative Raw Materials
Bio-Flex® plastics provide biodegradable, compostable solutions with excellent processability, supporting sustainability across various industries and flexible packaging applications.
Bio-Flex® is produced using renewable resources, offering fully biodegradable and compostable properties. It enables superior processing capabilities, ensuring easy coloring, printing, and sealing for manufacturers seeking sustainable alternatives in film and molded applications.
Bio-Flex® is suitable for agricultural, household, and hygiene films, along with injection-molded and thermoformed products for diverse applications.
Bio-Flex® materials are widely used in applications such as biodegradable films for agriculture, compostable household items, and hygiene films. Additionally, these materials are applied in injection-molded and thermoformed products, making them versatile across various sustainability-driven industries.
Bio-Flex® materials can be processed using standard plastics manufacturing techniques, ensuring seamless integration into existing production lines.
Bio-Flex® supports standard processing methods such as extrusion, injection molding, and thermoforming. These materials are designed for easy adoption into existing production lines without requiring major modifications, offering a smooth transition to biodegradable and compostable alternatives.
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Terralene®
Bioplastics
Skyi FKuR’s Terralene® is a range of bio-based polyethylene compounds derived from renewable raw materials and designed for full recyclability. These compounds can be processed using injection molding, blow molding, and film extrusion, with options including natural fiber-reinforced versions, bio-based polypropylene compounds, and bio-recyclate hybrids for various industries.
Highlights of Terralene®
Renewable Raw Material
CO2 Reduction and Carbon Capture
Food-Safe Eco-Packaging
100% Recyclable
Terralene® provides high renewable content and full recyclability, making it ideal for sustainable applications requiring durability and versatility.
Terralene® is produced from renewable raw materials and designed to be fully recyclable, ensuring a reduced environmental impact. It offers various formulations, including bio-based polypropylene compounds, bio-recyclate hybrids, and natural fiber-reinforced options, providing flexibility for diverse applications.
Terralene® is used for bottles, jars, packaging, cosmetic accessories, food containers, flip-cap lids, bags, and many other applications.
Terralene® is widely applied in packaging, consumer goods, and industrial products, including bottles, canisters, buckets, carrier bags, cups, and food packaging. Its compatibility with various processing techniques makes it an excellent choice for sustainable product development.
Terralene® can be processed using injection molding, blow molding, and film extrusion, ensuring easy integration into existing production lines.
Terralene® is designed for use with conventional plastic processing methods, including injection molding, blow molding, and film extrusion. Its material properties allow manufacturers to transition seamlessly to bio-based alternatives without significant equipment modifications.
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Fibrolon®
Bioplastics
Fibrolon® is a line of natural fiber-reinforced plastics and wood-polymer composites based on polyolefins or bioplastics. These materials offer a harmonious blend of wood's aesthetic appeal and plastic's versatility, making them ideal for various applications.
Highlights of Fibrolon®
Renewable Natural Fibers
Wood-like Appearance
Natural Color Variation
Eco-Friendly Construction
Fibrolon® offers high renewable content, biodegradability, and superior mechanical properties for sustainable product solutions.
Fibrolon® materials are composed of a significant percentage of renewable resources and, in certain formulations, are biodegradable. They exhibit high stiffness and strength, providing an attractive fiber surface that visibly emphasizes sustainability.
Fibrolon® is ideal for producing boxes, cosmetic accessories, 3D printing filaments, plant pots, housings, technical parts, toys, and urns.
Applications of Fibrolon® include manufacturing boxes and jars, decorative cosmetic accessories, 3D printing filaments, plant pots, plastic housings, technical plastic parts, toys, and biodegradable urns. Its versatility makes it suitable for a wide range of products.
Fibrolon® can be processed using standard injection molding and extrusion techniques for efficient manufacturing.
Fibrolon® materials are designed for compatibility with conventional processing methods, including injection molding and extrusion. This ensures seamless integration into existing production lines without the need for significant modifications.
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Bio-Flex F 6611
Bioplastics
An industrially compostable bioplastic compound with a high content of renewable resources. It is designed for injection molding applications, offering good flow properties and mechanical strength. This material is suitable for producing items such as cutlery, trays, and technical parts. Additionally, it is approved for food contact and certified compostable according to EN 13432.
This biodegradable compound is specifically designed for sheet extrusion and thermoforming applications. With 70% biobased content, it offers a sustainable alternative while maintaining high heat resistance and a pleasant pearlescent gloss. The material is GMO-free and provides a smooth touch, making it ideal for various packaging applications. It has a melt flow rate of 1.5 – 3.0 g/10 min (190°C/2.16 kg) and is certified industrially compostable under EN 13432 standards.
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)
1.5 – 3.0 g/10 min
Recommended Processing
Thermoforming
Fibrolon 3D Natural fibres - Wood
Bioplastics
Fibrolon 3D Wood is a biocomposite filament combining biodegradable polymers with natural wood fibers for enhanced strength and dimensional stability. With its wood-like texture and thermal stability, it is ideal for functional prototypes, decorative applications, and consumer products. Its composition ensures improved impact resistance and printability compared to conventional filaments.
Are you still woodworking or are you already printing? Filaments made of Fibrolon D Wood not only look like wood, they also feel and smell like real wood. Due to its good mechanical properties, Fibrolon® 3D Wood is very easy to process into filaments. The wood filling not only enables a natural, unique look, the filament is also virtually warp-free. Just like wood, components made of Fibrolon® 3D Wood can be painted or laminated, the physical properties are very similar. Bring the fresh scent of wood into your print room with Fibrolon® 3D Wood.
Biobased carbon content
75%
Natural fibers
Wood fibers from Europe
Melt flow rate (190°C/2.16kg)
3.5 g/10 min
Recommended Processing
3D printing
Bio-Flex F 2110
Bioplastics
Bio-Flex® F 2110 is an industrially compostable bioplastic with high tear strength, even at low temperatures. Its mechanical properties and feel are comparable to HDPE, featuring a pearlescent sheen and high light transmission. Suitable for applications like carrier bags, nettings, and food packaging, it is approved for food contact.
Bioflex 2110 is a highly adaptable bioplastic, engineered for diverse processing methods such as net extrusion, lamination, blown film extrusion, and 3D printing. Its versatility ensures reliable performance across multiple applications, making it an excellent choice for sustainable manufacturing solutions.
Bio-Flex® F 2110 is an industrially compostable material with high tear strength. In terms of the mechanical properties and feel, this grade is comparable to PE-HD. It is characterized by a pearlescent sheen, high light transmission and a balanced ratio of elasticity to rigidity. Bio-Flex® F 2110 is approved for contact with food.
Certified industrially compostable in compliance with EN 13432 at TÜV Austria / OK Compost Industrial & Seedling DIN Certco / Seedling
Biobased carbon content
30%
Appearance
Milky-opaque, pearlescent sheen
Recommended Processing
Net Extrusion, Lamination, Blown Film Extrusion, 3D printing
Bio-Flex F 5710
Bioplastics
An industrially compostable bioplastic composed of 60% renewable materials. Designed for blow molding and profile extrusion, it balances flexibility and rigidity, offering excellent notched impact strength and melt stability. Approved for food contact, it's ideal for bottles, canisters, and tree protection products.
Bio-Flex® F 5710 is a certified industrially compostable bioplastic based on renewable raw materials. This blow molding and profile extrusion grade is characterized by a good balance between flexibility and rigidity as well as extremely good notched impact strength. The excellent melt stability ensures smooth processing on existing production equipment. Bio-Flex® F 5710 is also approved for contact with food.
Certified industrially compostable in compliance with EN 13432 at TÜV Austria / OK Compost Industrial
Biobased carbon content
60%
Notched impact strength (Charpy)
30 kJ/m²
Recommended Processing
Extrusion Blow Moulding, 3D printing
Bio-Flex F 6510
Bioplastics
An industrially compostable bioplastic composed primarily of renewable raw materials. This rigid biopolymer is versatile, suitable for applications such as 3D printing filaments, complex profiles, and injection-molded items. It is approved for food contact and certified compostable according to EN 13432.
Bioflex 6510 is our most adaptable bioplastic, designed for a wide range of processing methods, including injection molding, lamination, extrusion blow molding, 3D printing, and thermoforming.
Bioflex 6510 is our most adaptable bioplastic, designed for a wide range of processing methods, including injection molding, lamination, extrusion blow molding, 3D printing, and thermoforming. Its flexibility makes it suitable for diverse applications, offering both performance and sustainability in various manufacturing processes.
Bio-Flex® F 6510 is mainly made from renewable raw materials. This more rigid biopolymer of our F-series is a real all-rounder. F 6510 can be processed into filaments for 3D printing, complex profiles or injection molded articles. Flat film extrusion with subsequent thermoforming is also possible with this type. Bio-Flex® F 6510 is approved for food contact and compostable in compliance with the EN 13432 standard.
Certified industrially compostable in compliance with EN 13432 at TÜV Austria / OK Compost Industrial DIN Certco / Seedling
Biobased carbon content
70%
Melt flow rate (190°C/2.16kg)
3.3 g/10 min
Recommended Processing
Injection Moulding, Lamination, Extrusion Blow Moulding, 3D printing, Thermoforming
Bio-Flex F 6514
Bioplastics
A GMO-free, easy-flowing bioplastic compound primarily composed of renewable raw materials. Beyond food-related uses, it is suitable for producing biodegradable injection-molded items such as plant clips, technical plastic parts, toys, and decorative cosmetics accessories. The material offers a pearlescent sheen and pleasant feel.
Bio-Flex® F 6514 is mainly made from renewable raw materials. It was developed as a GMO-free addition to the existing product range. Bio-Flex® F 6514 is a particularly easy-flowing material and is especially suitable for injection molding. Products of this type have a pearlescent sheen and a pleasant feel. Bio-Flex® F 6514 is approved for food contact and is industrially compostable in compliance with the EN 13432 standard.
Certified industrially compostable in compliance with EN 13432 at TÜV Austria / OK Compost Industrial
Biobased carbon content
70% in compliance with ASTM 6866
Melt flow rate (190°C/2.16kg)
19.0 g/10 min
Recommended Processing
Injection Moulding
Bio-Flex FX 1137
Bioplastics
An industrially compostable bioplastic compound with a high content of renewable resources. It is designed for injection molding applications, offering good flow properties and mechanical strength. This material is suitable for producing items such as cutlery, trays, and technical parts. Additionally, it is approved for food contact and certified compostable according to EN 13432.
This biodegradable compound is specifically designed for sheet extrusion and thermoforming applications. With 70% biobased content, it offers a sustainable alternative while maintaining high heat resistance and a pleasant pearlescent gloss. The material is GMO-free and provides a smooth touch, making it ideal for various packaging applications. It has a melt flow rate of 1.5 – 3.0 g/10 min (190°C/2.16 kg) and is certified industrially compostable under EN 13432 standards.
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)
1.5 – 3.0 g/10 min
Recommended Processing
Blown Film Extrusion