|Feature:||Aging Resistance||Material:||Natural Rubber|
|Application:||STD,STS,Ships And Boats,Ship Fender,Marine/quay/dock/boat||Warranty:||24 Months|
Boat Docking Floating Pneumatic Marine Fenders,
0.5m Pneumatic Marine Fenders Compressed Air,
CCS Pneumatic Marine Fenders Compressed Air
Floating Pneumatic Fender With Compressed Air For Ship To Dock Protection
Floating pneumatic rubber fenders are known as Yokohama fenders or inflatable pneumatic fenders. Floating pneumatic rubber fenders is made of the synthetic-cord-reinforced rubber sheet with compressed air inside to enable it to float on the water and work as a shock absorbed between two ships (ship-to-ship), or between ships and berthing structures when they come alongside each other on the water. All Marine Yokohama type floating pneumatic rubber fenders are manufactured and tested fully compliant with ISO 17357.
The tough abrasion resistant outer rubber is designed to protect the inner rubber and tyre-cord layers from damaging external forces. The material has mechanical properties to withstand the arduous operational conditions for which it is designed.
The diagram below shows the actual properties as specified in ISO 17357. Generally, the outer rubber is black, but other colours such as grey and off-white can be supplied upon request.
Synthetic tyre-cord layers have proven to be the best option for strong, efficient reinforcement for pneumatic rubber fenders. Each layer is coated with a rubber compound on both sides that prevents contact between the layers, reducing friction and
wear during bending, compression and stretching. The same compound isolates each thread within the layer.
This greatly improves the ability of the fender to hold pressure, fatigue resistance and endurance life. Other reinforcing layer materials such as canvas have wear points that significantly reduce the life off the fender.
The inner rubber seals pressurised air inside the fender. It is usually constructed of a compound similar to that of an inner tube in a truck or car tyre to ensure a good level of air tightness.
Contact Person: Kate zhu