Frigate "Sachsen” - Germany
Perfect humidity control on Frigate “Sachsen”
As one of the German Navy’s most advanced vessels, the Sachsen frigate sets a benchmark for maritime capability, stability, and operational precision. Condair supports this mission with reliable steam humidification technology that protects sensitive onboard systems, enhances crew comfort, and ensures dependable performance in all sea conditions.
Frigate “Sachsen”
The Sachsen frigate, flagship of the German Navy, is equipped with advanced weaponry and technology—including 27 mm autocannons, torpedo tubes, Harpoon missiles, combat drones, and a Sea Lynx helicopter. Condair steam humidifiers support onboard operations by maintaining optimal atmospheric humidity.
Condair RS steam humidifiers provide reliable, low-maintenance humidity control aboard the Sachsen frigate, supporting sensitive naval systems with patented limescale management for long-lasting performance.
Condair in action
The Swiss Federal Institute of Technology (ETH), Switzerland
The Swiss Federal Institute of Technology in Zurich is probably the best-known university in Switzerland and secures one of the top positions in the global ranking of universities on a regular basis. Founded in 1855 as the Swiss Federal Polytechnic, ETH is primarily dedicated to the technical, mathematical and scientific fields. Condair steam humidifiers ensure healthy and comfortable air humidity in the labs and classrooms.
Henry Moore Foundation, UK
Two Condair RS steam humidifiers have been installed, by Ceilite Air Conditioning, at the prestigious Henry Moore Foundation in Hertfordshire. Henry Moore was a renowned artist, best known for his figure sculptures.
Pfizer Ltd, UK
Pfizer has been based in Sandwich, UK, since 1954. The site at Discovery Park employs around 700 scientists, technicians, regulatory professionals and business experts all working towards creating life-saving medicines for patients. Condair RS resistive steam humidifiers are maintaining the desired humidity levels in the cleanrooms for the research taking place.
Agbar Tower
Agbar Tower is a 32-story office complex located directly on the famed Plaça de les Glòries Catalanes in Barcelona. Its outer form resembles that of the 30 St Mary Axe office building in London, which was built at around the same time. Agbar Tower's glass facade is intended to represent a water fountain which changes its colors depending on the angle of the light. This is accomplished with 40 different shades of paint that reflect the light in different ways. The effect is reinforced by thousands of glass louvers that are mounted on the outside of the facade to provide sun protection. Based on the position of the sun, they turn to provide the highest possible degree of reflection, and to create natural air circulation inside the building. At night, Agbar Tower is lit by 4,500 LED spotlights in changing colors and can be seen from far away &mdash every bit as clearly as by day. Condair RS steam humidifiers provide optimal humidity levels for visitors to Agbar Tower.
Columbus Museum of Modern Art, USA
The Columbus Museum of Art needed precise humidity control to protect priceless artworks and ensure visitor comfort. Condair installed its RS steam humidifiers, integrated with the museum™s HVAC system, delivering consistent humidity in the ideal 50¯Â±¯5¯% RH range. The system™s design allows rapid response to seasonal and daily fluctuations, ensuring paintings, sculptures, and historic artifacts are safeguarded against cracking, warping, or other moisture-related damage. Easy to operate and maintain, the RS units provide reliable, energy-efficient performance while blending unobtrusively into the museum™s infrastructure. By maintaining stable indoor humidity, Condair helps preserve the integrity of the collection, supports optimal conditions for visitors, and provides curators with confidence that their environment meets stringent conservation standards.
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Humidity control in the aerospace Industry
The production process in the aviation industry is heavily dependent on sufficient humidity between 40% and 60%. Humidity that is too low or too high can cause damage and faults in electronic aircraft components, provide an inadequate environment for the polymerisation of composite materials, sealants, coatings, and welds, and compromise safety in your facility and in the air. Ensuring adequate air humidification in your production facility increases your throughput, improves product quality, and extends the service life of aircraft.
Humidity Control for Explosives and Ammunnition
In explosive/munition environments keeping relative humidity in the 50–55% RH range drastically reduces electrostatic charge build-up (ESD).
Semiconductor manufacturing precision humidity control
Humidity control in semiconductor manufacturing is critical for success.
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