Optimal material selection, highest corrosion resistance and the tightest of tolerances when it comes to straightness, torsion and camber set our profiles for power generation and environmental technology apart.
Our products are environmentally optimized over their entire product life cycle – from raw materials, the use of resources and production technology to transport logistics.
Together with our industry experience and our competence in roll forming, we are a powerful partner for wastewater or exhaust air treatment, in the solar energy industry and many more.
Filter plate
Support posts
Purlin
Module connector
Weight-optimized supporting profiles without expansion joints, large spans despite high loads, low design, production and assembly costs, weather-resistant material or a combination of all of these – we have both the expertise and production facilities to convert your requirements into profile components that are both individual and precise.
Support posts
Purlin
Corrugation
Support posts
Rafter profile
Our special profiles prove their worth in photovoltaics as well as in solar thermal energy or solar thermal power plants, whether as support or frame profiles posts, rafters, module carriers and much more.
The choice of the optimal material for support posts or module carriers in ground-mounted PV systems (trackers) is made taking into account static requirements such as snow and/or wind loads as well as the dead weight.
We supply profiles for ground-mounted, in-roof and on-roof systems as well as CPV systems.
For hot water collectors, thin-walled profiles are required for heat conduction or simply as collector frames. They must be resistant to both weather and liquids.
Renewable energy can also be generated in carports thanks to our profiles for substructures of versatile functionality. The cable routing for charging and feed-in infrastructure as well as the drainage is invisibly integrated in the profiles. © Kühling Metalltechnik
Supporting profiles for solar thermal power plants (CSP - Concentrated Solar Power) must be able to carry high loads and bring advantages in terms of costs.
