Marine Hardware

Every metal component installed on board is under constant stress from the marine environment. Moisture and salinity attack metals that lack adequate chemical resistance, leading to rust or galvanic corrosion. When selecting hinges, eye bolts, or cleats, the primary criterion is the alloy composition. AISI 316 stainless steel is the standard for anyone looking to reduce maintenance and ensure the structural integrity of their vessel.

Our technical experience, built up in the workshop, teaches us that the details determine how long an installed part will last. We work to help you find the component that is compatible with existing holes or with the required load specifications. Before proceeding, always verify the dimensions and the intended use, because an incorrect Safe Working Load (SWL) can compromise an entire installation, especially on deck or under dynamic loading.

We are here to help you avoid the costly errors that waste time. Through clear shipping timelines and upfront compatibility checks, we aim to give you confidence that you will receive the right materials for the job. If you have questions about the fitting or the most suitable material for your specific situation, ask us before placing the order - our pre-sales advice is designed for boaters who take a practical approach to seamanship.

Criteria for choosing hardware

  • Verify the steel grade: prefer AISI 316 for external components, since the molybdenum content provides greater corrosion resistance than AISI 304.
  • Consider the Safe Working Load (SWL): every eye bolt or pin has precise limits; do not underestimate the forces at play during mooring or sail handling.
  • Check hole compatibility: for replacements, always measure the existing hole spacing to avoid having to redrill fiberglass.
  • Evaluate the protection rating: for electrical components or lockers, look for items with IP ratings to ensure a watertight seal against spray and waves.

Why does AISI 316 hold up better at sea?

AISI 316 stainless steel contains a percentage of molybdenum that increases its resistance to chloride corrosion, making it suitable for constant contact with salt water.

What does the SWL parameter mean?

SWL stands for Safe Working Load - the maximum load a component can handle safely during ordinary use, without suffering permanent deformation.

Preventing galvanic corrosion

Galvanic corrosion is triggered when two metals with different electrochemical potentials are in contact. They must be isolated with rubber or plastic gaskets, or compatible fasteners must be used to match the support material.

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