LB25CI - Self-sealing 25kg Lift Bag with 0.4 litre Inflation Cylinder
Hi-Viz self-sealing Lift Bag / Deco Buoy that can be inflated at depth using its own air supply - a 0.4 litre 232 bar DIN mini-cylinder.
The dedicated inflation cylinder saves your expensive mixed gas for the use it was intended rather than filling lift bags.
The mini-cylinder is simply refilled by decanting from an air cylinder.
The LB25Ci can also be inflated in the conventional manner by inserting a second stage into the mouth in the event that you have forgotten to fill the mini-cylinder or you need to top up the bag at depth.
The LB25Ci is closed-ended with our unique duckbill baffle that seals shut on inflation to prevent air spillage at the surface.
A dump/over pressure valve prevents over inflation and allows deflation after use. The dump valve is located at the highest point so that the diver can dump gas to fine-tune the amount of lift applied. For example, if they wish to lift and move a load from one location to another on the sea-bed rather than just send it directly to the surface.
LB25CI - Self-sealing 25kg Lift Bag with 0.4 litre Inflation Cylinder
Hi-Viz self-sealing Lift Bag / Deco Buoy that can be inflated at depth using its own air supply - a 0.4 litre 232 bar DIN mini-cylinder.
The dedicated inflation cylinder saves your expensive mixed gas for the use it was intended rather than filling lift bags.
The mini-cylinder is simply refilled by decanting from an air cylinder.
The LB25Ci can also be inflated in the conventional manner by inserting a second stage into the mouth in the event that you have forgotten to fill the mini-cylinder or you need to top up the bag at depth.
The LB25Ci is closed-ended with our unique duckbill baffle that seals shut on inflation to prevent air spillage at the surface.
A dump/over pressure valve prevents over inflation and allows deflation after use. The dump valve is located at the highest point so that the diver can dump gas to fine-tune the amount of lift applied. For example, if they wish to lift and move a load from one location to another on the sea-bed rather than just send it directly to the surface.