PFAS-free self-lubricating compounds and PTFE alternatives for industrial applications
Self-lubricating, Webinar
Self-lubricating, WebinarbyAndrea Zighetti

New formulations, new possibilities. Performance remains at the core.

PTFE has always been an important ally for reducing friction and wear in plastic components. However, with the evolution of the regulatory framework on PFAS, the industry is looking for effective alternatives.

How can high tribological performance be achieved without resorting to PTFE? And what trade-offs need to be evaluated?

In this webinar, you will discover the latest LATI research results and the new LATILUB E and P solutions, developed with PFAS-free formulations based on UHMWPE and alternative synthetic additives.

LATI research does not stop. And neither do the results.

Have you already followed our webinars on PFAS-free

self-lubricating compounds?

This new appointment will not be a repetition of previous ones, but a technical update on the progress achieved in 2026.

We will start from the results already shared to delve into new formulations, tribological performance, and developments in the LATILUB E and P ranges, with particular attention to the trade-offs between friction, wear, thermomechanical properties, and costs.

Did you miss the previous appointments? You can catch up on them here:

On December 16, we take a step forward. Discover all the news!

Why participate

A technical in-depth look to discover:

  • Alternatives to PTFE: new PFAS-free self-lubricating formulations.
  • Friction and wear: how to optimize tribological performance.
  • High-performance materials: solutions for PC, PA, PBT, PPS, and PA9T, including glass fiber reinforced versions.
  • The right balance: how to balance tribological behavior, thermal resistance, mechanical properties, flame retardancy, and costs.
  • Industrial applications: opportunities for E, automotive, food processing, robotics, and automation.

Who is it for?

For designers, engineers, RD managers, and professionals developing plastic components subject to friction and wear who wish to evaluate PFAS-free self-lubricating solutions.

From research to material: discover the new possibilities of PTFE-free tribology.

CTA: Register for the webinar

FAQ

I have already participated in previous LATI webinars. Will I find new content?

Absolutely! The December 16 webinar will delve into the progress of LATI research in 2026, featuring new PFAS-free formulations, experimental results, and updates on the LATILUB E and P ranges.

Is it possible to obtain self-lubricating compounds without PTFE?

Yes. New combinations of polymer matrices and alternative additives allow for the development of formulations with interesting tribological properties without resorting to PTFE.

Which materials will be covered in depth?

The webinar will focus on PC, PA, PBT, PPS, and PA9T, with particular attention to glass fiber reinforced compounds.

Do PFAS-free alternatives maintain the performance of traditional materials?

It depends on the formulation and the application. We will analyze the trade-offs between friction, wear, thermomechanical performance, flame retardancy, and costs.

Final CTA: Register and discover the new LATI research results.