High-Performance Materials and Vibration Reduction Solutions for Ships and Yachts
In modern ship and yacht design, finding a balance between high-speed navigation and cabin quietness is a core challenge for every shipbuilding company. Common pain points for ships in complex aquatic environments include:
Energy Efficiency Pressure: The heavy weight of traditional metal materials leads to high fuel consumption and limited range.
Structural Vibration: Mechanical vibrations generated by the power system are transmitted through the hull structure, affecting crew health and navigational safety.
Environmental Noise: High-end yacht customers have extremely high requirements for cabin quietness, necessitating effective isolation of engine and fluid noise.
Harsh Environments: High salt spray, high humidity, and strong ultraviolet radiation environments pose extreme challenges to material durability.
Our Technical Solutions
1. High-Performance Composite Materials: The Core of Lightweight Navigation
Advanced Resin-Based Composite Materials: Replacing traditional steel, achieving a hull weight reduction of 20%-40%, improving fuel efficiency and range.
Carbon Fiber/Glass Fiber Reinforced Sandwich Structures: Utilizing lightweight foam or honeycomb core materials, lowering the center of gravity while ensuring ultra-high rigidity, improving maneuverability and stability.
1. Integrated Molding Process: Reduces the use of fasteners, enhances hull integrity and airtightness, and extends service life.
Application Scenarios: Yacht hulls, deck structures, bulkheads, etc.
2. Rails and Propulsion Systems: Precise Vibration and Noise Control
Vibration Isolation Bearings and Elastic Pads: Independently developed special damping elastomers effectively isolate structural noise generated by the main engine and generator sets.
Special Rail Dampers: For special-operation vessels with rail systems, high-performance constraint damping materials absorb impact kinetic energy and reduce vibration intensity.
Results: Reduces navigation noise by 10%-15 dB, significantly reduces vibration, and improves passenger comfort and equipment lifespan.
3. Special Polymer Materials: All-Round Protection in Extreme Environments
High-Performance Sealing and Insulation Materials: Aging-resistant, fire-retardant, ensuring cabin temperature control and structural safety.
Abrasion-Resistant and Anti-Bioadhesion Coatings: Reduces microbial adhesion to the hull bottom, reduces drag, and protects the hull from seawater corrosion.
Low-friction engineering plastics: Used in steering gears, slide rails, and mechanical transmission components to reduce wear and maintenance costs.
Applications: Underwater structures, deck cladding, mechanical transmission systems.
Why Choose Us?
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Dimension
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Direct benefits
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Energy efficiency improvement
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Weight reduction in the hull directly translates into longer range or higher speed.
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Ultimate comfort
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By reducing cabin noise by 10-15 dB through acoustic design, a five-star flight experience is created.
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Maintenance costs
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The excellent corrosion resistance of polymer materials significantly extends the maintenance cycle and reduces the total life cycle cost.
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Green and environmentally friendly
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To meet the increasingly stringent emission and environmental regulations of the International Maritime Organization (IMO).
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Typical Application Scenarios
Luxury Private Yachts: Prioritizing ultimate stability and cabin quietness, while also considering composite material aesthetics and vibration reduction.
High-Speed Passenger Ferries: Focusing on lightweight design and operational economics.
Scientific Research and Special Operation Vessels: Prioritizing the protection of precision equipment and enhancing material durability.
Talk to Our Experts
We provide full-process technical support, from material selection and structural simulation to on-site installation guidance, helping you optimize vessel performance and upgrade new shipbuilding projects.
