Overview of ME Leg Fenders

Maritime International’s ME Leg / Element fenders are designed as compact, high-performance fender solutions suitable for installation in confined spaces. These fenders feature a narrower footprint compared to traditional leg fenders, enabling versatile mounting configurations. They can be installed behind panels or piles and are available in various lengths. Additionally, ME leg fenders can be combined with a UHMW-PE shield to offer a cost-effective alternative to arch-type fenders.

Product Variants

The document references two main types of rubber fenders:

• MDO D•O-Bore Rubber Fenders
• MDD D•D-Bore Rubber Fenders

These variants likely differ in bore size and mounting characteristics, although specific technical details are not fully legible.

Design and Configuration

ME leg fenders are engineered to provide flexibility in installation, allowing for multiple configurations due to their reduced width. This makes them suitable for locations where space constraints limit the use of traditional fenders. The ability to fix them behind structural elements such as panels or piles enhances their adaptability.

Material and Shielding Options

The option to use a UHMW-PE (Ultra High Molecular Weight Polyethylene) shield with ME leg fenders is highlighted as a low-cost alternative to arch-type fenders. This shield likely provides additional wear resistance and protection, extending the service life of the fender system.

Technical Data and Dimensions

The document includes tables and schematic diagrams (not fully legible) that appear to provide dimensional data and profiles for different fender types, including Type A and Type B profile fenders. Parameters such as height (H), width (W), and other dimensional attributes (C, E, F, W2, H2) are indicated, suggesting detailed specifications for design and installation purposes.

Summary of Critical Information

• Compact design: Narrower footprint allows installation in limited spaces.
• Versatility: Multiple mounting options including behind panels or piles.
• Material options: Use of UHMW-PE shields for enhanced durability and cost efficiency.
• Product variants: MDO and MDD rubber fenders with different bore configurations.
• Dimensional data: Provided for precise engineering and fitting, though details are partially obscured.

Recommendations and Best Practices

While explicit procedural or normative guidelines are not detailed in the visible text, the emphasis on compactness and versatility suggests best practices include careful measurement of installation sites and consideration of shield options to optimize performance and cost. Selection between MDO and MDD types should be based on specific mounting and load requirements.