1. News & Insights
  2. 2024
  3. Nefab appoints Patric Vestlund as the new EVP of Americas
  • Corporate News

News & Insights

Nefab appoints Patric Vestlund as the new EVP of Americas

We are happy to share that, effective March 1st, 2024, Patric Vestlund is appointed new EVP Americas of Nefab Group.

Patric brings close to twenty-five years of experience as an executive leader within several high-profile corporations such as Trelleborg, ITW, and Enertech AB. He has over the years successfully managed businesses and organizations in regions such as North America, especially the USA where he has lived for the last 10 years, Europe, and southern Africa to mention a few. Patric is currently President for North America, Trelleborg Coated Systems, and lives in Charlotte, North Carolina, USA.Patric Vestlund.jpg

Our latest news & insights
  • 2026.02.16 Corporate News

    The Full Package – An Interview with Patric Vestlund and Darrell Tiedeman

    The latest issue of Business Focus magazine features an in-depth article where you can read more about Nefab’s deepening commitment to innovation, particularly in the realm of environmentally friendly returnable solutions.

  • 2026.02.09 LiB and E-mobility

    What’s the Best Packaging for Lithium-Ion Battery Transport?

    As production volumes increased and automation became more common in battery plants, packaging had to do more than just protect parts in transit. The focus shifted to solutions that could hold their shape, last longer in reuse loops and keep performing reliably trip after trip.

  • 2026.02.03 Corporate News

    Optimized Foam Inserts for Cleanroom-bound Products

    Our customer was using a legacy packaging design for the RPS (Remote Plasma Source) Adapters that was inefficient and costly. Their traditional "coffin-style" foam inserts consumed excess material, leading to higher expenses, more waste, and a larger carbon footprint. By re-engineering the packaging, we developed a streamlined, resource-efficient solution that provided the necessary protection while significantly reducing material use and volumetric weight.