Our high-pressure components and systems, test rigs, and production facilities are effectively utilized in the varnishing industry, Common Rail production, and numerous other sectors within the automotive industry.
Continuous advancements in our high-pressure technology have significantly enhanced the quality and performance of our products and systems.
Many components involved in the development of this future technology are subjected to extreme stresses. Maximator addresses this challenge with innovative high-pressure test technology for hydrogen components like valves, pipes, and CGH vessels.
Our test technology allows us to perform all legally required tests on pressure-bearing components, from individual acceptance to type approval testing. Additionally, we provide automotive manufacturers and suppliers with proven gas control technology for hydrogen applications.
Autofrettage is a machining process for components subject to high pressure loads.
Industries such as the chemical industry or automotive engineering use this innovative technology to significantly increase the service life of components and thus reduce costs.
The assisted injection moulding technology provides low pressure gradients in the component resulting in less residual stress and distortion.
Even thick-walled components such as exterior car wing mirrors or car door handles can be produced true-to-size through uniform pressure distribution.
Components such as, e.g. automotive cooling lines, are not only cooled from the inside but also from the outside. This reduces cooling times by up to 80%.
Sieze the competitive edge which this advantage gives to you.
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