See how nonwoven substrates with bonded filaments eliminate yarn crimp, reduce weight, and impr
Bonded nonwoven filaments with gas-barrier coatings reduce crimp, weight, and coating load in evacuation slides and life rafts.
Nonwoven filament substrates cut crimp-related weight and boost tensile strength and air retention in inflatable evacuation slides and life rafts.
Midline fasteners and internal supports let inflatable mats join into larger floating walkways that stay portable when deflated.
Integrated pet and human flotation with insulated and dry storage forms a seat, raft, or separate float units for safer water use.
A thermal battery replaces compressed gas to power rapid inflation of evacuation slides and life rafts with lower weight and safer handling.
Solid-state battery power enables rapid electric inflation of evacuation slides and rafts while reducing compressed gas safety, weight, and size limits.
Buoyancy devices, self-righting containers, and sensors keep the inflator above water and block air-intake water entry during inflation.
A piston and O-ring orientation valve blocks compressed gas in the stored position, preventing accidental evacuation slide inflation in aircraft.
An integrated pressure relief and vent valve isolates relief during inflation, then vents excess pressure to prevent leakage and overpressurization.
A gravity-actuated piston and O-ring block compressed fluid in storage, preventing accidental evacuation slide inflation until deployment.
A self-sealing valve lets evacuees manually inflate a canopy support tube, then seals by internal pressure to cut slide system volume and cost.
An RFID wristband triggers a guided rocket flotation device to reach an overboard passenger faster than vessel turnaround and search.
A rotatable shaft, safety locks, and linkage assembly prevent accidental aircraft emergency device release while enabling controlled deployment.
Non-overlapping elongated seams simplify life raft buoyancy tube assembly, cutting seam alignment difficulty and enabling faster automation.
Independent bow and stern propulsion angles help a loaded inflatable survival craft turn tightly, avoid hazards, and improve evacuation control.