5-13Ply Reinforcement Ship Launching Airbag with 0.05-0.25 MPA Working Pressure and ABS, BV, KR, LR, GL, NK, RINA, DNV, RMRS Certification

Ship Launching Airbags are heavy-duty marine engineering components designed for vessel launching, landing, and controlled translational movement in shipyard and offshore construction environments. Constructed from multi-layer reinforced synthetic tire cord fabric combined with high-strength vulcanized rubber compounds, these cylindrical flexible pressure-bearing structures provide controlled elastic deformation under internal pneumatic loading.

A coastal shipbuilding facility in Hai Phong, Vietnam successfully launched a 2,900-ton general cargo vessel using Ship Launching Airbags in a constrained industrial zone without dry dock infrastructure. The system demonstrated improved load stability, reduced friction resistance, and controlled transition dynamics during the launching process.

* Other sizes can be produced following client's requirements.

• High-Strength Multi-Layer Reinforced Structural System: Engineered with multi-layer synthetic tire cord reinforcement embedded within vulcanized elastomeric rubber matrices for enhanced tensile strength and load-bearing stability.
• Controlled Pneumatic Load Conversion Mechanism: Regulated pneumatic inflation converts internal air pressure into controlled lifting force and directional rolling motion.
• Marine Environmental Structural Resistance System: External elastomeric layer engineered for resistance to seawater corrosion, ultraviolet radiation, and mechanical abrasion.
• Fatigue-Optimized Cyclic Load Engineering Design: Designed for repeated inflation and deflation cycles under industrial operating conditions with extended service lifecycle.

• Shipbuilding and Vessel Launching Engineering Systems: Controlled vessel launching operations in shipyards without dry dock infrastructure.
• Marine Salvage and Structural Recovery Operations: Refloating grounded vessels and supporting structural repositioning operations.
• Offshore Construction and Heavy Industrial Deployment Operations: Transportation and deployment of heavy modular structures in coastal construction zones.

• Industrial Manufacturing and Material Engineering Capability: Specialized production system integrating composite material engineering and precision vulcanization technology.
• Engineering Quality Control and Mechanical Testing System: Multi-stage evaluation including internal pressure testing, deformation behavior analysis, and fatigue cycle simulation.
• Project-Based Engineering Customization Capability: Engineering-level customization based on vessel specifications, hull geometry, and operational site conditions.
• Global Supply and Technical Support Infrastructure: Comprehensive logistics and technical service system covering product delivery, installation guidance, and operational training.