GLOBAL RECYCLING
  • Home
  • Magazine
  • Articles
    • Business Chances
    • Enterprises
    • Newsflash
    • Markets
    • Machinery
    • Processing Methods
  • Advertiser
  • Events
  • Media Kit
  • Imprint
  • Click to open the search input field Click to open the search input field Search
  • Menu Menu
  • Link to X
  • Link to Facebook
  • Link to Instagram
  • Link to LinkedIn
  • Link to Rss this site

Plastic Sorting: Distinguishing between HDPE and LDPE

By launching two applications for its mobile NIR spectroscopy solution, trinamiX (a subsidiary of BASF SE) is improving on-the-spot sorting of the sought-after plastic.

Due to rising prices for polyethylene (PE), the production of single-grade PE recyclates has become increasingly attractive: This material is the most widely produced plastic in the world and the most popular thermoplastic for foils and packaging. Depending on its density, PE can be divided into HDPE (high-density polyethylene) and LDPE (low-density polyethylene). While the similar characteristics of HDPE and LDPE lead to overlaps in their respective applications, differences in their mechanical properties have an impact on their processing and the subsequent recycling process. In the context of recycling, a separation by type has a favorable effect on the quality of the recyclate.

Additionally, trinamiX’s solution now provides also insights when it comes to the recovery of mixed plastics made of PE and PP. By determining the percentage ratio in PE/PP mixed plastics, recyclers can sort incoming commodity streams with greater precision. “This way, the different specifications and quality requirements of the recyclates can be attained more accurately,” the Germany-based company, which was founded in 2015, assured.

Since the introduction of the plastic sorting application last year, the solution has supported users with the rapid identification of common plastics, including the polyolefins PE and PP. Additionally, there is an application enabling the quick differentiation of the engineering plastics PA6 and PA66.

As reported, trinamiX’s solution combines robust hardware with intelligent data analysis and a mobile app. NIR spectroscopy is a proven technology that trinamiX has integrated into a portable format for on-site analysis.

“In doing so, trinamiX relies on cloud-based data processing, which ensures continuous development of the solution – there is no need to replace hardware,” the company belonging to the BASF Group underlined. “This allows trinamiX to continuously develop new applications and react flexibly to new challenges in the field of plastic sorting – while working closely together with customers as in the case of its new PA6/PA66 application.”

trinamixsensing.com/plastics

(Published in GLOBAL RECYCLING Magazine 2/2021, Page 49, Photo: trinamiX GmbH)

6,996
Share this entry
  • Share on Facebook
  • Share on X
  • Share on WhatsApp
  • Share on Pinterest
  • Share on LinkedIn
  • Share on Tumblr
  • Share on Vk
  • Share on Reddit
  • Share by Mail
https://global-recycling.info/wp-content/uploads/2021/06/Plastic-Sorting-trinamiX-221.jpg 686 1030 msv2016 https://global-recycling.info/wp-content/uploads/2023/12/GR-Logo-250-100.png msv20162021-07-06 10:37:432021-06-23 12:46:34Plastic Sorting: Distinguishing between HDPE and LDPE
You might also like
Recyclable: A New Epoxy Resin
PICVISA: Transforming the Recycling Industry with the new ECOPICK 2.0
PICVISA Committed to the Circular Fashion Economy
Aim: The Production of more Certified Polymers
Wall Colmonoy & Strain Harden Celebrate One-Year Anniversary of Strategic Partnership
China: On the Road to “Zero-Carbon”

AD

Translation

GLOBAL RECYCLING

The Magazine for Business Opportunities & International Markets.

Global trends in the circular economy, particularly in the recycling and recovery industry as well as in waste recycling. Markets for technology, logistics and raw materials.
© MSV Mediaservice & Verlag GmbH
Privacy Policy

Check out our websites

EU-Recycling
Recyclingportal

Topics

Business Chances, Enterprises, Newsflash, Markets, Machinery, Processing Methods and Events.
In general: Recycling Industry, Circular Economy, Recycling Technology, Secondary Raw Material, Recycling, Recycling Markets, Collection, Reuse, Waste, Waste Management, Industrial Waste, Automobile Recycling, Scrap, C&D Waste, Electronic Scrap Recycling, Screening Machines, Separator, e-Waste, Sorter, Sensor Sorter, Splitter, Crusher, Shredder, Magnetic Separators, Metal Recycling, Ferrous, Non-Ferrous, Plastic Recycling, Scrap Recycling, Wastepaper, Plastic Waste, Second Hand Clothing, Textile Waste, Tyres, Hazardous Waste, Waste Processing Plants, Waste Legislation and much more.

Tags

AI aluminum batteries BIR China circular Circular Economy collection E-Waste economy energy EuRIC Europe FEAD Global Recycling Foundation India Industry landfill management metal metals packaging Paper PET plant plastic plastics Plastic Waste recovery Recycling Scrap Shredder shredding sorting steel sustainability Sustainable technology Textile Textiles USA waste waste management wastewater WEEE
Link to: UK: Circular Economy for Battery Metals Link to: UK: Circular Economy for Battery Metals UK: Circular Economy for Battery Metals Link to: Upgrade Component for VacuFil Recycling System Link to: Upgrade Component for VacuFil Recycling System Upgrade Component for VacuFil Recycling System
Scroll to top Scroll to top Scroll to top