Specializing in the design, manufacturer, and testing of Pressure Vessels for Human Occupancy, Hydrospace Hyperbaric and Altitude Chambers are precision designed, fabricated in our ISO 9001 facility, and rigorously tested in accordance with the ASME PVHO-1 standard. All completed chambers receive complete certification, along with all required documentation.
Servicing multiple industries, commercial diving, medical, and aerospace; Hydrospace provides complete products and services for Hyperbaric and Altitude chambers to clients around the globe.
ALL components are completed and certified under ASME PVHO regulations.
Hyperbaric Chambers
Hyperbaric Chambers are widely used in the medical and commercial diving industries for oxygen therapy and decompression sickness, as well as in commercial diver habitats during saturation diving operations in which the divers need to remain at a certain pressure, below sea level.
Altitude Chambers
Altitude Chambers or ‘Hypobaric’ Chambers are sealed pressure vessels for human occupancy that reduce pressure, unlike Hyperbaric Chambers, which increase pressure. Mainly used for hypoxia testing for pilots, military, and commercial, and extends into the aerospace industry for astronaut training.
Hydrospace Altitude Chamber designed to simulate the cabin of a commercial spacecraft, holding a 10-person crew. The chamber provides exceptional visibility inside and out during simulation of flight ascent/descent pressure profiles to an altitude of 100,000 ft. In the case, the main design feature was the ability of the system to depressurize the complete cabin in less than 8 seconds, and provide full diameter openings at the front and back in order to roll in/roll out different spacecraft cabin arrangements.
Hydrospace Altitude Chamber designed to simulate the cabin of a commercial space craft, holding a 10-person crew. The chamber provides exceptional visibility inside and out during simulation of flight ascent/descent pressure profiles to an altitude of 100,000 ft. In the case, the main design feature was the ability of the system to depressurize the complete cabin in less than 8 seconds, and provide full diameter openings at the front and back in order to roll-in/roll-out different spacecraft cabin arrangements.
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