NUMBER PLASTIC POLYPROPYLENE RECYCLING

Brand Owner (click to sort) Address Description
DRIVE FOR 5 ANCHOR PACKAGING 13515 Barrett Parkway Drive, Suite 100 St. Louis MO 63021 number 5 plastic (polypropylene) recycling services;DRIVE FOR FIVE;
DRIVE FOR 5 PP ANCHOR PACKAGING 13515 Barrett Parkway Drive, Suite 100 St. Louis MO 63021 number 5 plastic (polypropylene) recycling services;The mark consists of the stylized wording DRIVE FOR to the left of the number 5 which is surrounded by a recycling symbol, the letters PP appear under the recycling symbol.;DRIVE FOR FIVE POLYPROPYLENE;DRIVE FOR FIVE PP;Color is not claimed as a feature of the mark.;5, THE DESIGN OF THE RECYCLING SYMBOL AND PP;
DRIVE FOR 5 PP ANCHOR PACKAGING 13515 Barrett Parkway Drive, Suite 100 St. Louis MO 63021 number 5 plastic (polypropylene) recycling services;The mark consists of the stylized wording DRIVE FOR above the number 5 which is surrounded by a recycling symbol, the letters PP appear under the recycling symbol. All of the foregoing is contained within an upside down triangle having rounded corners.;DRIVE FOR FIVE POLYPROPYLENE;DRIVE FOR FIVE PP;Color is not claimed as a feature of the mark.;5, THE DESIGN OF THE RECYCLING SYMBOL AND PP;
DRIVE-FOR-5 ANCHOR PACKAGING 13515 Barrett Parkway Drive, Suite 100 St. Louis MO 63021 number 5 plastic (polypropylene) recycling services;DRIVE FOR 5;DRIVE FOR FIVE;
DRIVEFOR5 ANCHOR PACKAGING 13515 Barrett Parkway Drive, Suite 100 St. Louis MO 63021 number 5 plastic (polypropylene) recycling services;DRIVE FOR 5;DRIVE FOR FIVE;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A process for producing polypropylene having increased melt strength, the process comprising irradiating polypropylene which has been polymerised using a Ziegler-Natta catalyst with an electron beam having an energy of at least 5 MeV and a radiation dose of at least 10 kGray and mechanically processing the irradiated polypropylene to form long chain branches on the polypropylene molecules, whereby the polypropylene has a melt flow index (MFI) of at least 25 dg/min.