Rubber Moulded Jetty ladder

A rubber-moulded jetty ladder is designed for use on piers, docks, and jetties, offering a durable and safe means of access between the water and the platform. The key distinguishing feature of this type of ladder is its rubber moulding, which helps improve durability, safety, and resistance to harsh marine environments. Below are the key details and characteristics of a rubber-moulded jetty ladder:

Purpose:

• Provides a safe means of access from the water to the jetty or pier, especially in emergency situations or for maintenance personnel.
• Commonly used in ports, harbors, marinas, and other waterfront installations.

Material:

• Rubber Moulding: The steps or rungs are often encased in heavy-duty rubber moulding, providing a non-slip surface that is also more comfortable to grip and step on, especially in wet conditions.
• Galvanized Steel or Stainless Steel Frame: The main frame is typically constructed from corrosion-resistant materials like galvanized steel or stainless steel to withstand the marine environment.
• Non-corrosive Bolts and Fittings: All fasteners and bolts are typically made of stainless steel or similarly corrosion-resistant materials to ensure long-term durability.

Key Features:

• Non-slip Rungs: Rubber moulding enhances grip, reducing the risk of slips and falls, particularly when wet.
• Shock Absorption: Rubber material helps absorb impacts, protecting both the structure and people using the ladder.
• UV and Saltwater Resistant: Rubber moulding and metal frame components are designed to resist degradation from prolonged exposure to sunlight (UV rays) and saltwater.
• Safety Handrails: Depending on the design, safety handrails or side rails may be included to provide additional support when climbing.
• Modular Design: Some ladders are modular, allowing for easy replacement of damaged sections or rungs without removing the entire ladder.
• Reflective Markings: Many jetty ladders feature reflective or high-visibility markings to ensure they can be easily spotted, even in low light conditions.