Rubber Fender

4. When not applying the fender ,the pneumatic rubber fender cant be piled up and heavy itiems cant be piled on the fender .

3. Try to keep fender away from acid ,alkali,grease and organic solvents.

2. The storage place of pneumatic rubber fender should be far away from heat source .

1. When not using for a long time ,wash the fender surface ,dry up and fill in sufficient right amount of compressed air to lay in a cool ,dry and well-ventilated place .

Storage of Pneumatic rubber fender

5. When applying the pneumatic rubber fender ,the rope net should be reliable ,the steel wire used for hanging metal parts and the hook link cant be tied in disorder .

4. The accessories and jips nut cant be loose when testing the internal pressure .

3. The surace or subject next to the pneumatic rubber fender cant be hard and sharp-point in case the fender is stabbed .

2.The steel wire should wrap the rubber pipe ,when tying steel wire to pneumatic rubber fender in case the the fender is stabbed .

1.Frenquently check whether the airbag spheroid is damaged and whether the pressure is normal ,and the valve core must be replaced every six months.

Note about applying Pneumatic rubber fender

End-flange: The end-flange is a part to fix air valve component ,buried metal part and the cord layer and used for hoisting ,and filling ans discharging gas .The structure of the end-flange is shown in Fig .

Inner adhesive : The cord layer of pneumatic rubber fender assures no gas leakage from the compressor .

Cord layer : Strong layer of the pneumatic rubber fender is made from winding the high strength polyamide fibre cord fabric .

Out adhesive: Protective cord layer and inner adhesive have high tensile strength and abrasion resistance .

Structure of pneumatic rubber fender for ship

Specifications of others can be customized according to customer required

Note: The weight is the fender weight (excluding protective sleeve), with weight error of

Rubber Fender
D=1.5m L= 3.0m
Innitial Pneumatic Pressure 0.05Mpa
Reaction Force 597KN
Energy Absorption 153KJ