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PÍER

PÍER

High-performance floating engineering, with maximum versatility and minimal maintenance.

Specifications

Construction
100% aluminum modular structure, with exclusive VCLAP® profile and MIG/TIG welding system, ensuring longevity and protection against natural deterioration.

Docking System
Rolling system, easily integrated in locations with tidal variations, providing safe and flexible docking.

Cooling Technology
Internal water circulation system for deck surface cooling, increasing thermal comfort and preventing overheating caused by solar exposure.

Screws and Fasteners
Manufactured in stainless steel, ensuring corrosion resistance and greater durability, even in saline environments.

Dimensions
Fully customizable according to requirements, with diverse layout and finishing possibilities.

Efficiency

Virtually zero maintenance.

VCAT Piers have been designed to offer maximum durability and the lowest possible operational cost.

Unlike traditional wooden piers, which require constant maintenance against rot, pests, and wear, our piers are 100% marine-grade aluminum, with anti-corrosive protection and high-strength welds.

We have piers installed for over two years that have never required any type of maintenance — concrete proof of the efficiency and reliability of our technology.

Technology

VCAT Pier vs. Wooden Pier

Following the same technique used in our pontoons, the VCAT Pier is the result of precision engineering, with state-of-the-art materials and processes that provide:

Aluminum Piers vs. Wooden Piers

Criteria VCAT Piers Traditional piers (wooden deck)
Durability Very high — resistant to corrosion and weather. Structures last for decades. Low — subject to rot, cracks and biological infestations.
Maintenance Almost zero — requires no painting or frequent treatments. High — requires regular application of varnish, protection against pests and moisture.
Sustainability 100% recyclable — low environmental impact and cleaner production. Low — difficult recycling, use of native woods and greater environmental impact.
Structure weight Light — facilitates transport, installation and reduces the need for complex foundations. Heavy — demands greater support structure and more complex logistics.
Water and moisture resistance High — marine aluminum does not suffer degradation even in highly saline or humid environments. Low — wood absorbs water, deforms and rots over time.
Thermal comfort Superior — lower heat absorption than wood, plus an exclusive cooling system. Inferior — heats up significantly in the sun and can cause discomfort or burns.
Stability and safety High — solid structure, rolling system for tidal variations and secure docking without fenders. Variable — less stable depending on foundation type and subject to wear.
Customization Complete — formats, sizes, finishes, docking system and even upper deck are possible. Limited — complex alterations and dependent on the natural resistance of wood.
Aesthetics Modern and clean — brushed or painted aluminum finish. Rustic — natural appearance, but tends to degrade visually more quickly.
Cost over time More economical — higher initial investment, but with very low maintenance cost and long service life. More expensive — high maintenance cost and need for regular replacements.

Customization

Custom design, guaranteed installation

At VCAT, we accompany every stage of the project:

Our specialized team develops customized solutions, adapted to the specific conditions of each client and environment.

We conduct technical studies and design the ideal structure, considering safety, functionality, and aesthetics.

We have a technical team dedicated to installation, ensuring that each pier is assembled with precision, safety, and efficiency.

From concept to final delivery: VCAT is by your side, transforming needs into innovative, high-performance nautical solutions.

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