At WindEnergy Hamburg 2026, FreiLacke will be presenting high-performance coating solutions in Hall B7 | Stand 236, specifically tailored to the requirements of the wind energy industry.
The wind energy sector is evolving rapidly. Larger turbines, longer operating times, more challenging environmental conditions and increasing demands on maintenance intervals are shaping the development of modern wind turbines.
As a systems provider, FreiLacke has been developing and manufacturing coating systems for industrial applications for decades. For manufacturers and suppliers in the wind energy sector, the company offers solutions that reliably protect components from the elements, UV radiation, moisture and mechanical stress, whilst ensuring high process reliability during application.
The focus of the exhibition stand is on coating systems for hybrid towers and rotor blades. These are particularly user-friendly, can be applied both manually and by machine, are virtually VOC-free and cure at room temperature without the need for external energy.
Wind turbines are exposed to extreme weather conditions over many years - both onshore and offshore. The demands placed on the corrosion protection, surface durability and longevity of the coating systems used are correspondingly high. FreiLacke adopts a consistently customer-focused approach. At the heart of this is an understanding of our customers' individual requirements and processes. Our aim is not only to impress with high-performance and cost-effective coating solutions, but also to create genuine added value through well-thought-out packaging and application processes.
WindEnergy
Hamburg brings the international wind industry together every two years and is regarded as a key meeting place for manufacturers, suppliers, operators and decision-makers. More than 1,600 exhibitors from around 40 countries and over 43,000 trade visitors are expected at this year's event. In 2026, for the first time, the new Energy Storage Area will place an even greater focus on the interplay between wind energy, energy storage and smart energy management - a key component of a successful energy transition.