Natural Rubber Floating Salvage Ship Launching Airbags 6 Layer

Product Introduction

Our Natural Rubber Floating Salvage Ship Launching Airbags 6 - Layer are innovative and high - performance products designed specifically for ship launching, salvage operations, and various marine applications. These airbags are constructed with six layers of natural rubber, which endows them with excellent strength, durability, and buoyancy characteristics.

Marine airbag's specifications

Product Features

1.Superior Material
Natural Rubber Composition: The use of natural rubber as the main raw material provides several key advantages. Natural rubber has outstanding elasticity, allowing the airbags to deform under pressure during ship launching or salvage operations and then quickly regain their original shape. This property helps in evenly distributing the load and reducing the risk of damage to the ship's hull.
Six - Layer Structure: The six - layer construction significantly enhances the airbag's strength and puncture resistance. Each layer of natural rubber is carefully processed and bonded together to create a robust and reliable structure. This multi - layer design can withstand high pressures and heavy loads, ensuring the safety and stability of the operation.
2.Excellent Buoyancy
High Buoyant Force: These airbags are designed to provide a substantial buoyant force. When inflated, they can effectively support the weight of ships during launching or assist in lifting sunken vessels during salvage operations. The buoyancy is precisely calculated based on the size and specifications of the airbags, ensuring that they can handle different types and sizes of ships.
3.Weather and Chemical Resistance
Weather Resistance: The natural rubber used in these airbags has good resistance to various weather conditions, including sunlight, rain, and saltwater. This makes them suitable for long - term use in marine environments without significant degradation of their performance. They can withstand the harsh ultraviolet rays of the sun and the corrosive effects of saltwater, maintaining their integrity over time.
Chemical Resistance: They also exhibit resistance to many common chemicals found in the marine environment. This resistance protects the airbags from damage caused by chemical pollutants, oil spills, and other substances that may come into contact with them during operations.

Reference for marine airbag selection

1. Load Requirements
Weight of the Vessel: Determine the weight of the ship or object the airbags will support. Heavier vessels need airbags with higher load - bearing capacities.
Dynamic Loads: Account for forces during launching, docking, or salvage, like acceleration and wave - induced stresses.

2. Material Quality
Rubber Type: Natural rubber offers good elasticity and tear resistance. Synthetic rubber may provide better chemical and ozone resistance. Choose based on the operating environment.
Reinforcement: Airbags with strong reinforcement materials (e.g., nylon cords, steel wires) can handle greater loads and maintain shape under stress.

3. Environmental Factors
Temperature: Select airbags suitable for the temperature range of the operating area. Cold regions require airbags that remain flexible in low temperatures, while hot areas need heat - resistant ones.
Corrosion Resistance: Since they are in contact with saltwater, airbags must resist corrosion. Chemical - resistant airbags are also necessary if there's a risk of pollution or oil spills.

4. Dimensions
Diameter: Larger diameters can distribute weight more evenly and provide greater buoyancy. Choose based on the size and stability requirements of the vessel.
Length: The length of the airbag should be appropriate for the length of the ship or the area of support needed during the operation.

5. Quality Assurance
Certifications: Look for airbags that meet international standards and have relevant certifications, ensuring they have been tested and meet safety and performance criteria.
Manufacturer Reputation: Select airbags from reputable manufacturers with a track record of producing high - quality marine products.