Issue 05/2023
Highlights Fibres / Textiles Polyurethane / Elastomers
Highlights
Fibres / Textiles
Polyurethane / Elastomers
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Application News<br />
PHA/PLA-blend for<br />
premium skincare<br />
products<br />
RIMAN to blend CJ Biomaterials’ patented PHA<br />
technology with PLA in packaging for premium skincare<br />
INCELLDERM products<br />
CJ Biomaterials (Woburn, MA, USA), a global leader in<br />
the manufacture of PHAs, announced on August 23, <strong>2023</strong>,<br />
that it is working with RIMAN Korea to blend its patented<br />
PHA technology with polylactic acid (PLA) to create<br />
packaging for Riman’s premium line of INCELLDERM<br />
products. The new packaging is more environmentally<br />
friendly and helps reduce Riman’s usage of fossil-fuel<br />
based packaging for its skin care products in line with<br />
Riman’s sustainable packaging initiatives.<br />
PHAs work well as modifiers to other polymers or<br />
biopolymers and can be used to increase biobased<br />
content, accelerate biodegradation and improve the<br />
functional properties of resins and finished products.<br />
The company produces its PHA under the brand name<br />
PHACT , which stands for PHA + Action, demonstrating<br />
CJ Biomaterials’ commitment to help preserve the planet.<br />
The combined PLA-PHA material will be used to<br />
package Incellderm Active Cream EX, Dermatology<br />
First Package Booster EX and Vieton Oil Mist, all offered<br />
through Riman Incellderm brand. These three products<br />
alone account for more than 5.4 million unit-sales each<br />
year, and the company plans to gradually expand use of<br />
CJ Biomaterials’ PHA across more of its product line.<br />
Riman and CJ Biomaterials also intend to broaden their<br />
collaboration to develop 100 % PHA solutions for injection<br />
moulding applications.<br />
This is another in a series of collaborations CJ<br />
Biomaterials has entered to develop products based on<br />
its PHA technology. Over the past year, the company has<br />
also announced agreements with NatureWorks, Dongil<br />
Platech, Banila Co., CJ Olive Young, and others. AT/MT<br />
www.cjbiomaterials.com<br />
Compostable singleuse<br />
packaging for<br />
extra virgin olive oil<br />
ADBioplastics (Valencia, Spain) and the oils and dressings<br />
producer and marketer, Capricho Andaluz (Córdoba, Spain),<br />
have developed a compostable single-use packaging for extra<br />
virgin olive oil together.<br />
The material used for this single-use packaging is “PLA-<br />
Premium”, which has been developed by ADBioplastics.<br />
It is an industrial compostable bioplastic and is able to be<br />
disposed of in the organic bin (where permitted). These<br />
single-use products will be marketed in the coming months,<br />
initially under the Capricho Andaluz and Borges brands.<br />
According to ADBioplastics, PLA-Premium improves<br />
elongation at break by up to 70 % compared to conventional<br />
virgin PLA, making it less brittle and more elastic. The<br />
material has further improvements such as better toughness<br />
and impact resistance, cycle times and density that are<br />
comparable to PET, improved barrier properties (water<br />
vapour and oxygen), and transparency levels similar to PET.<br />
This important innovation adds to the already consolidated<br />
sustainability strategy of the Borges group, which works<br />
daily to reduce its environmental impact, through the<br />
TecnoBi product line, which consists of grades specifically<br />
designed for processing by cast extrusion and blow moulding<br />
technologies. These grades are OK Compost certified by TÜV<br />
Austria, which guarantees that, under industrial conditions,<br />
the material reaches the disintegration stage within a<br />
maximum of 3 months.<br />
In addition, this material is suitable for food contact in<br />
accordance with the applicable European legislation (FCM),<br />
allowing its use in packaging applications for food, beverages,<br />
cosmetics, pharmaceuticals, and other products. AT<br />
www.adbioplastics.com<br />
42 bioplastics MAGAZINE | Renewable Carbon Plastics [<strong>05</strong>/23] Vol. 18