Composite Rubber Fenders
Composite fenders consist of a top layer of wear-resistant UHMW-PE which covers the rubber profile and offers a very low friction coefficient. By vulcanisation, the two substances are joined together to create a permanent bond.
The Composite Rubber Fenders with a bottom rubber profile absorbs energy while low resistance and sufficient sliding properties are given by the UHMW-PE coating.
Composite fenders are ideal for the safety of different ship and quay styles, especially where a bumper with a wear-resistant surface with low friction properties is required.
Composite fenders are normally placed between or in a U-beam or between two strips. The mounting holes required are made through the fender's side. It is possible to supply composite fenders in any desired length and bevel the ends.
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Composite Rubber Fenders - Keyhole Design
Composite Rubber Fenders - Keyhole Design Composite Rubber Fenders with Keyhole Design consist of a rubber profile with a durable UHMW-PE top layer with a low coefficient of friction. The two materials are connected to each other by vulcanization, creating a permanent connection. The rubber base ensures the energy is absorbed and the UHMW-PE top layer ensures a low coefficient of friction and good sliding properties. Composite fenders are suitable for the protection of qua..
Composite Rubber Fenders - Square Design
Composite Rubber Fenders - Square Design These composite square rubber fenders are the perfect solution in a wide variety of environments to defend from repeated hard impacts. The blend of natural rubber / SBR and UHMWPE provides our Composite Rubber Fenders with a square design with a unique feature that other fenders simply can not compete with. Our composite square fenders have outstanding tensile strength and incredibly high resistance to abrasion. This allows them to c..
Composite Rubber Fenders - Trapezoid Design
Composite Rubber Fenders - Trapezoid Design Trapezium composite rubber fenders consists of a wear-resistant UHMW-PE rubber surface with a low friction coefficient. Through vulcanization, the two materials are connected together to form a permanent connection. The rubber profile of the composite rubber fender absorbs energy while the low friction and adequate sliding properties are provided by the UHMW-PE coating. Trapezoidal Composite rubber fenders are suitable for the pr..
What are the key benefits of using Composite Rubber Fenders?
Composite Rubber Fenders offer several advantages over traditional fender materials. The top layer of UHMW-PE provides exceptional wear resistance, significantly reducing friction during vessel contact. Additionally, the combination of rubber and UHMW-PE creates a highly durable fender that can absorb high energy impacts while maintaining low resistance and excellent sliding properties. This makes them ideal for various marine applications.
How do the designs of Composite Rubber Fenders affect their performance?
The design of Composite Rubber Fenders, such as the Composite Rubber Fenders - Trapezoid Design or Composite Rubber Fenders - Square Design, influences their energy absorption capabilities and installation flexibility. Trapezoid designs, for example, can enhance energy dispersion and are suitable for various docking scenarios, while square designs may offer more straightforward installation and uniformity in energy absorption.
What maintenance is required for Composite Rubber Fenders?
Composite Rubber Fenders require minimal maintenance due to their robust material composition. Regular inspections for wear and tear, particularly on the UHMW-PE surface, are advisable. Damages can be addressed by replacing the affected sections. For specific applications, the Composite Rubber Fenders - Keyhole Design may offer enhanced features for easier maintenance, depending on the installation environment.