Thermoplastic composites
Nowadays, thermoplastic composite structures are rapidly growing in popularity. And this is not surprising, given their unique characteristics. Thermoplastic composites are not only deformable when heated, but also extremely robust, light and affordable. The high-end thermoplastic composites are even fire-, corrosion- and high-temperature-resistant. For the exact same reasons, thermoplastic composite materials are the building blocks of our panels and beams.
Technology corner stones


Forming
During the thermoforming process, thermoplastic composite products are heated to their softening point and subsequently transformed into the desired shape. This way, thermoplastic composites can be reshaped over and over again to meet various purposes.

Welding
AGESIA develops welding technology to unite thermoplastic composite products in a fast and energy-efficient way. We rely on various techniques, such as resistance, induction, laser and ultrasonic welding. Thanks to the welding process, AGESIA’s panels and beams can be structurally joint.
Panels
Beams
Forming
Welding
MOST RECENT PRESENTATION
Johns Manville Neomera Organosheets – Breaking Barriers to Adoption: An Intermodal Roof Application Reengineered with Agesia
Agesia, a De Roeve Industries company, develops production technology and thermoplastic products to construct light, strong and recyclable transportation equipment. Using JM Neomera organosheets, Agesia is able to offer innovative yet affordable thermoplastic solutions in applications where steel and thermoset products fail.
Agesia panels consist of a PET core sandwiched between two JM Neomera Organosheets. The continuous production process allows the panels to be formed to shape as well as structural. The panels are suitable for applications in transportation, aerospace, automotive and marine.
The webinar will bring to life the solutions Agesia has developed and designed for the intermodal container industry and are based around Agesia’s new thermoplastic structural lightweight sandwich panels. The solution reduces the weight of container roofs by 75% and allows the product to perform with deformation under vacuum release.