Whether you’re diving with rebreathers or managing high-volume fills, our boosters are designed to perform under pressure safely and efficiently.
Non Metal materials tested and approved for oxygen compatibility
Hardened high pressure Cylinders
Special material used to evacuate heat from the Valve head
Drive gas outlets in the position to cool the pressure pipes
No direct short 90 degrees angles on the pressure outlets
Low pressure Cylinder tube coated with hard eloxal
Non Metal materials tested and approved for oxygen compatibility
Non-metal materials tested and approved for oxygen compatibility
Our special piston rings are a perfect balance between tightness and sliding friction as well as compatibility with pure oxygen.
Hardened high pressure Cylinders
Hardened high pressure Cylinders
Hardened and cross ground cylinder tube material for longest life cycles.
Special material used to evacuate heat from the Valve head
Special material used to evacuate heat from the Valve head
Brass alloy for fast temperature removal from the compression chamber.
Drive gas outlets in the position to cool the pressure pipes
Drive gas outlets in the position to cool the pressure pipes
The position of the drive air outlets are chosen to obtain the maximum cooling effect.
No direct short 90 degrees angles on the pressure outlets
No direct short 90 degrees angles on the pressure outlets
Attention was paid to large Radiuses in order to minimize the chances of cavitations.
Low pressure Cylinder tube coated with hard eloxal
Low pressure Cylinder tube coated with hard eloxal
Drive cylinder tubes coated with a hard anodized layer for a long service life.