Lightweight Construction - Sales Representation, Technical Support, Project Management

The Partner Network

Company Introduction and Service Overview

ASGLAFORM composites GmbH, a subsidiary of ASGLAWO technofibre GmbH since 2016, specializes in lightweight construction with fiber-reinforced plastics (FRP). With a state-of-the-art 25,000 kN platen press, we process materials such as GMT, LWRT, BMC, and SMC using the compression molding process. From the development of press tools to the finished component, we offer comprehensive engineering solutions.

CG TEC is the technology leader in Germany and Europe for round profiles made of carbon and glass fiber. With over 25 years of experience, we produce high-quality tubes, rods, plates, and components. Our range of services extends from special custom-made products to serial production, and we take pride in our outstanding expertise in carbon and glass fiber technologies..

The Hitexbau GmbH develops and manufactures reinforcement grids made of carbon, basalt, and glass with a capacity of approximately 2 million square meters per plant per year. In an innovative, fully automated process, we are able to produce grids up to 3.40 meters wide and infinitely long (rolled or as sheets) for the construction industry. The components reinforced in this way are lightweight, versatile, easy to process, environmentally friendly, and sustainable.

Johne & Groß provides comprehensive reinforcement solutions for precast and cast-in-place concrete construction. Since 2021, our R&D team has been developing non-metallic reinforcement systems as an ecological alternative to steel reinforcement. Our innovative solutions are suitable for concrete precast manufacturers and construction companies, enabling delicate, load-bearing components and controlled crack width limitation.

newcycle revolutioniert mit innovativer Anlagentechnologie die Herstellung von carbonkurzfaserverstärkten Betonen. Unsere Carbonfasern überzeugen durch
herausragende mechanische Eigenschaften, steigern die Festigkeit und reduzieren den Rissfortschritt. Die
Anlagentechnologie maximiert Ressourceneffizienz und minimiert Materialkosten, ein bahnbrechender
Fortschritt in der Anwendung von Carbonfasern für betontechnische Anwendungen.