Log in
onclick="gourl('https://www.adsalecprj.com/en/auth/register.html')" v-if="!userInfo.id"> Register
Contact
{{userInfo.company_name_english||userInfo.truename_english}}
{{userInfo.phone||userInfo.email}}

Home Page

Member Center

Data Settings

Log out

 
News Videos

New bio-based material for EV developed during an installation creation

Feb 4, 2022
01:43

“We Harvest Wind” is an interactive installation created by Swedish electric vehicle (EV) manufacturer Polestar and the Woven Studio of awareness artist Thijs Biersteker. During the creation, a new, fully biodegradable corn-based adhesive was developed, which has shown the potential to become a future component in Polestar cars.

 

The We Harvest Wind sculpture is three metres in diameter, featuring a collection of blades that spin around a central spiral. In selecting a material for the blades, the team initially explored the use of Bcomp powerRibs together with a natural fiber and polypropylene (NFPP) board – the same flax-based composite material featured extensively on the Polestar Precept concept car.

 

However, the team would like to explore a series of more sustainable, biodegradable resins. “This collaboration has kick-started several initiatives within the team at Polestar and cemented some ongoing studies we have with Bcomp. Now we are hoping to implement a fully bio-based solution, with powerRibs and bio-sourced polypropylene, in the future production of Polestar cars,” said Ross Kelk, Chief Engineer of Interiors at Polestar UK R&D.

 

Thijs Biersteker stated, “We made the blades in the sculpture from 3D printed recycled PET plastic, and the outer wings were made with the flax-based structure and a new eco-friendly and corn-based resin – a combination of materials which was developed during the project. We developed a composite between the flax and polylactic acid (PLA), which is basically a biopolymer that is biodegradable and made of corn.”

Conference Videos
In this webinar, LK Technology will introduce automated solutions for bumper manufacturing and its key advantages: 1.Integrated Automation Solutions: Enabling unmanned, digital, and automated production. We provide smart and flexible integration solutions, including automated mold-change carts, magnetic platens, and robotic automation systems—covering gate trimming, weighing, coding, conveying systems, and MES integration. 2.Precision and Energy Efficiency: Shorten production cycles and improve product yield, with injection molding repeatability accuracy of ±0.1. Reduce energy consumption and manufacturing costs. 3.Towards Smart Factories: Creating intelligent production lines to achieve Industry 4.0 .
Oct 27, 2026
Conference Videos
Can the robotic system be adapted to different automotive components? - Q&A session
Oct 27, 2026
Conference Videos
What production data can be collected and analyzed through an MES? - Q&A session
Oct 27, 2026
Conference Videos
Where are LK's service centers in Indonesia, and how large is the local team? - Q&A session
Oct 27, 2026
Conference Videos
How do LK's automotive injection molding machines improve energy efficiency? - Q&A session
Oct 27, 2026
Share Your Choice
Facebook
X
Email