Our ADBio PLA+ additive is a multifunctional bio-based and compostable additive that allows us to enhance the properties of virgin PLA.
It is added at a percentage ranging from 5% to 20%, depending on the specific needs of each customer. We offer personalized and consultative sales to ensure the success of each process, accompanying our clients in their industrial trials if required. This technical support is provided by the R&D department, led by doctors in chemistry and bioplastics.
ADBio PLA+ is derived from raw materials obtained from natural and environmentally friendly products. Additionally, this additive serves as the foundation for improving virgin PLA, transforming it into PLA-Premium, bio-based, and compostable, in accordance with European standard EN 13432.
Our multifunctional additive enhances the mechanical properties of the base PLA, improving strength by up to 7 times. This makes it less brittle while also being more processable, maintaining the transparency of PET.
ADBio PLA+ is suitable for various end applications such as: flexible and rigid packaging, retail, textiles, 3D printing, medicine, agriculture, construction, and other industries, where the following processing and conversion technologies and intermediate materials are used:
Improves mechanical properties, toughness, and impact resistance by up to 7 times (PLA is only 3%) Improves oxygen barrier properties (OTR) and water vapor transmission (WVTR) by up to 25-30% compared to PLA Processability (MFI). The flowability increases from 30% of virgin PLA to 100% Maintains the transparency of traditional plastics used in packaging, such as PET, PP, etc.
Grados Active
Grados BioXe
Grados TecnoBi
Grados Nactic
Grados Newex
Grados PriXbio
Grados GoFibreADBio PLA+ complies with European legislation on materials in contact with food (FCM) and cosmetic products. Additionally, when blended with virgin PLA, it becomes PLA-Premium, a compostable bioplastic certified OK Compost by TÜV Austria.
(+34) 672 387 720
comercial@adbioplastics.com
Parque Tecnológico de Paterna
Calle de Albert Einstein 5,
46980 Paterna, Valencia (Spain)
This project has received funding from the European Union’s Horizon 2020 research and innovation programme, SME instrument phase 1, under Grant Agreement No 735577This project has received funding from the European Union’s Horizon 2020 research and innovation programme, SME instrument phase 2, under Grant Agreement No 811532
