This year we'll present again some of our largest innovations: The new patented ThermHexWAVY honeycomb core is characterised by an improved honeycomb geometry, which increases the buckling strength of the honeycomb cell walls. At the JEC we'll be showing product samples with the ThermHexWAVY honeycomb geometry and will explain the advantages of the new ThermHexCOEX process. Visitors of the ThermHex Waben booth will be provided with expert advice and insights into the wide range of applications of thermoplastic honeycomb sandwich technologies as well as the opportunity to discuss possible new projects and cooperations.
The 3rd Composite Sandwich Conference in Halle (Saale), Germany, on April 24-25, 2024, will once again bring together industry experts in a conspiratorial exchange to generate new ideas. In keeping with tradition, the conference will begin with an evening event at the German Academy of Sciences Leopoldina. The program will feature exciting presentations on material and technology innovations as well as industrial applications in the field of composite sandwich structures. Insights will be provided by Airbus Helicopters, Audi, Porsche, Solarge, Evonik Operations and Daimler Truck.
ThermHex presents its honeycomb cores made from polypropylene (PP) in panels for solar modules at the JEC World in Paris, the world’s largest exhibition for composites. From 25 to 27 April 2023. ThermHex will give industry professionals a first look at the new product variations – Made in Germany. Cost-effective lightweight: Sandwich panels with [...]
ThermHex Waben has almost halved the cell size of it’s sustainable sandwich panels with the highest quality surface finish
“Our polypropylene honeycomb cores offer cost savings and weight reductions while providing optimal mechanical performance for composite sandwich panels and parts. Sustainable thermoplastic honeycombs have found their place within a variety of lightweight applications. We can now produce with equal high production speed and low production cost our honeycombs with a smaller cell size, leading [...]
ThermHex Waben, producer of polypropylene honeycomb cores and the Fraunhofer Institute for Microstructure of Materials and Systems IMWS, both based in Halle, are collaborating for many years and have conducted several research and development projects. The collaborative effort is focused on the development of production and processing technology for series production of honeycomb cores [...]
The ThermHex honeycomb cores and their efficient production process set a good example in times of shortage in the supply of raw materials. The efficiency in use of resources of light weight structures is delivering real benefits with the shortage of materials and increase in price severely impacting the production of plastic products in [...]
ThermHex Waben, based in Halle, Germany, produces polypropylene (PP) honeycomb cores as core material for sandwich panels and lightweight components. They offer their customers high quality honeycomb cores which help to produce better and more economic lightweight sandwich panels and parts for different applications. Thermhex’s engineers work with their clients to develop structural products [...]
ThermHex Waben, producer of thermoplastic honeycomb cores for economic sandwich panels and parts, gives a positive example, reporting growth in its 10th year of operation with the release of its annual results, combined with a substantial CO2 emission reduction.
ThermHex Waben, producer of honeycomb cores for economic sandwich panels and parts, and Panel Systems, a British supplier of insulated panels, are celebrating the introduction of lightweight polypropylene honeycomb core in the elevated roofs of 2,000 Ford, Volkswagen and other camper vans. The demand for the roof panels has increased significantly and is so [...]
ThermHex Waben, producer of honeycomb cores for economic sandwich panels and parts, is launching a new core. The latest product has a height of 20mm and cell size of 5mm. This replaces a larger cell size, with a reduction of almost half. Such a small cell size leads to a better surface quality and [...]