PREXELENT™ Technology - For Maintaining Purity and Preventing Spoilage

What would this new technology enable in your business?


PREXELENT is an antimicrobial technology that prevents the problems caused by unwanted microbes. It can be applied in countless ways to maintain purity and prevent spoilage caused by, for example, mold, salmonella, listeria, MRSA, and other unwanted microbes.

With PREXELENT, the material's surface energy is modified so that the active agent migrates to the material’s surface at a chemically controlled rate. The effectivity of the agents is activated by humidity or liquid.

The idea of the technology is originally based on pine tree resin, but also many other active agents are suitable for use with this technology. We have tested a wide variety of active agents, from natural agents to preservatives, and have a good, chemical understanding of the effectiveness and regulations of each agent. Our work starts with understanding the hygiene challenge and the specific microbes and moves on to combining the right active agent with the right polymer - and modifying them in order to create a controlled release. The migration rate can be controlled according to the application and its needs.

PREXELENT is compatible with existing machinery and processes, keeping deployment investments moderate.


PREXELENT Technology fighting harmful microbes Unwanted bacterias

The effectivity of the agents is activated by humidity or liquid. 

PREXELENT Pine tree resin Premix Prexelent Technology

The idea of PREXELENT™ technology is originally based on an active natural agent whose antimicrobial properties have been known for centuries – the pine tree resin.

Where can you use this antimicrobial technology?

There is a growing need for safe and pure environments in, for example, the food ecosystem, health care, and agriculture. Answering these needs requires many new solutions and we believe that PREXELENT™ could offer one of them. 

In primary production, technology can be used to prevent the fodder spoilage caused by mold or to reduce the use of antibiotics or other substances that are harmful to nature. When using technology for example in food casing, we can achieve significant improvements in preservability. Thus, PREXELENT™ could offer one possibility to solve the global challenge of food loss. There are wide possibilities also in the healthcare sector where extreme purity is expected. Please read more in the Industries section!

The use of this technology is not bounded by plastics, but also other polymers are applicable - broadening the usage scenarios even more.

Scientifically proven technology offers benefits throughout the value chain

At Premix, we do everything we can to improve the safety of our society – both for people and the environment. PREXELENT technology is a perfect match with our company's purpose: Creating a safe society with functional plastics. 

Safe and tested

  • All active agents are thoroughly tested
  • We eagerly look for new materials, preferably from natural or renewable sources
  • Application-based instructions and regulations are the basis for our development work

Scientifically proven

  • Trustworthy test results verified by esteemed research institutes like VTT Technical Research Centre of Finland and Luke Natural Resources Institute Finland
  • A dedicated team of experienced professionals working on the project at Premix
  • Ongoing laboratory and pilot-scale research

Commercial potential

  • We use active agents that are readily available at a reasonable price level
  • Technology is compatible with existing production processes
  • Benefits throughout the whole value chain, from reducing spoilage and waste to enhancing productivity and profitability

How was PREXELENT born?

There is nothing new in antimicrobial plastics. They have been tested and developed for years already. Most of the solutions, however, are based on coating the plastic. In PREXELENT™, the active agent migrates to the material’s surface at a chemically controlled rate.

Premix has a 40-year experience in developing and manufacturing electrically conductive plastics and a 10-year experience in dielectric plastics for antennas. In 2016, a researcher of Tampere University of Technology, Dr. Ville Mylläri, initiated a Tekes Challenge Finland project in which processing of pine tree resin with thermoplastics was studied. Premix was one of the participants of this project and has continued the research until today. The initial results of the Tekes project were boosted with Premix’s ability to modify plastics. This is how the idea of PREXELENT™ was born. Today, the research work at Premix continues and in addition to resin, we have identified many other suitable active agents. Now, we are aiming for commercialization and industrial-scale manufacturing and are looking for partners. What would this new technology enable in your business?



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