Go to the Advanced Composites in Electric Systems Webinar

Note: our webinars are only available to website members.

The properties of thermoplastic composites make them an ideal fit for use in electrical systems in a range of industries, including Aerospace, Automotive and Industrial. Being lightweight and high strength, composites can improve the overall efficiency and performance of electrical systems. 

Key takeaways of the webinar include:

  • How thermoplastic composites improve the efficiency and performance of electrical systems
  • Why Automated Fiber Placement of Thermoplastic Composites is an ideal manufacturing process for composite structures
  • How Thermoplastic Composites outperform traditional thermoset composites and metallic structures
  • Why these composites are well-suited for use as electrical insulators and EMI shielding

Presenters:

David Hauber, Engineering Manager, Trelleborg Sealing Solutions facility in Albany, New York 
The Trelleborg Sealing Solutions facility in Albany is a global supplier of thermoplastic composite structures. 
Dave Hauber holds a BS in Physics from the University of Albany and an MA in Business from Empire State College in Saratoga Springs, New York. Dave has worked in the composite materials industry for 42 years and was one of the original inventors of additive manufacturing in 1986. As the Engineering Manager at the Albany facility, Dave manages a group of engineers that design and deliver solutions to customers using thermoplastic composites.

Mike Urbanski, Product Sales Engineer, Trelleborg Sealing Solutions facility in Albany, New York 
Mike Urbanski holds a BA from Binghamton University and is currently working toward an MBA. Mike has worked in the composites industry for five years. As a Product Sales Engineer, Mike manages business development in the automotive, healthcare & medical, industrial, and R&D markets – solving customer issues using thermoplastic composites. 
He and the Albany team can help design and deliver a tailored composite solution, using optimal materials, manufacturing process and engineering support to reduce costs and time to market.