Examples of using Polylactide in English and their translations into German
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Political
Polypin is a bioresorbable bone pin from polylactide.
The raw material is medical polylactide(PLA) in granulate form. Glossary.
The production of“resorbable” implants-artificial replacement bones made from polylactide.
Our Nature line consists of PLA- fibers(polylactide), based on the raw material corn.
Polylactide, or polylactic acid(PLA), filaments comprise one of the most popular categories of thermoplastic materials.
Special feature: Implant based on medical polylactide(PLA) dissolves in the body over a defined time.
Naku, an Austrian company, has brought an equally interestingconcept to market: a bottle made from PLA polylactide.
Our filament is made of PLA(polylactide), which is characterized by a high durability and easy processing.
D The application of this technology is currently restricted to the compounding andsubsequent moulding of polylactide compounds.
PLA filamentÂ(Polylactide Acid) ist ein bio-compatible plastic, which is compostable under industrial conditions.
The company Pyramid Bioplastics Guben GmbH is currently constructing a facility inthe city of Guben(Brandenburg) to produce polylactide from sugar and starch.
Polylactic acid or polylactide called PLA is a thermoplastic aliphatic polyester made of renewable resources like corn or starch.
These are up to 50 times morewear-resistant compared to standard materials such as polylactide(PLA) and can be processed on all standard 3D printers.
For other bioplastics such as PLA(polylactide polylactic acid), PHA(polyhydroxyalkanoate) or TPS(thermoplastic starch), the'blueprints' differ from those of petro-based plastics.
Lavielle and his colleagues Ana Maria Popa andMatthijs de Geus therefore decided to use the polylactide bio-plastic in a mixture of acetic and formic acid.
Stands for Polylactic acid or polylactide and is a biodegradable, thermoplastic, aliphatic polyester derived from renewable resources, such as corn starch, or other recourses which contains dextrose.
Sulzer partners with raw material producers and plastic manufacturersto leverage its process technology and know-how for innovative production processes for bioplastics like polylactide.
Amongst other things, they are about the reinforcement of Polylactide(PLA) with hemp fibres to extend the field of applications of this bioplastics.
Polylactide(PLA) is a polymer that has lactic acid as its base material, so it consists of renewable raw materials(maize plants), is highly transparent, offers very good taste and odour barrier values and is easy to print on.
Due to the ease with which theycan be processed, filaments made of the bio-based plastic PLA(polylactide) and the transparent material PETG(polyethylene terephthalate) are particularly suitable for 3D printing.
Resulting from the research for the sustainable development, the ILIP Bio line offers a complete range of plates, cups, tumblers and cutlery 100% biodegradable,being manufactured using PLA, the polylactide obtained from corn starch.
The company, which is part of the international RAMPF Group, has also developed a chemical process that makes it possible to use PET/ PSA,other polyesters such as polylactide(PLA), polycarbonate(PC), and polyhydroxy butyric acid(PHB), and renewable or bio-based raw materials such as vegetable oils as sources of raw materials for manufacturing high-quality alternative polyols.
The systems engineering necessary for these process steps, presented at Interpack and proven many times for PET treatment in the meantime, is in principle alsosuited for the treatment of biopolymers such as PLA(polylactide) and is currently being tested in operation in pilot projects.