HBOT vaults are designed to cater diseases of varied origin and symptomatic manifestation
The build or the construction of this vault can be either ‘hard’ or ‘soft’. ‘Hard’ compartments (they are mainly the stationary ones) are steel, aluminium and acrylic view-ports. Now, if you judge the materials used construction, you can see that these ‘stuffs’ are resistant to ‘high pressures’. The air-lock system allows entry and exit. The big, stationary multiple chambers are further divided into sub-compartments that have facilities to control the pressure individually.
Other ‘embellishments’ found are, intercom or walkie-talkie, for communication, carbon-dioxide scrubbers and a control panel to regulate air-flow within the chamber. Soft chambers (the portable mono-place ones) are constructed with urethane, nylon and acrylic with the application of steel-weld technology, a full-length both-way zipper system and over-pressure valve. The oxygen supply is maintained centrally, or via glass masks.
The oxygen flow is kept under constant surveillance and maintenance, as the ‘over-inhalation’ of the gas can lead to its toxicity. The chamber interiors are ‘pressured’ using air-compressors, and the oxygen supply is controlled via a ‘Built- in- Breathing System’. But, oxygen at such pure levels poses a risk to fire hazards, thus necessitating the need of unnerved control over the whole system. Owning a hyperbaric chamber, or availing its facility at a nearby clinic, HBOT vaults are designed to cater diseases of varied origin and symptomatic manifestation.