Marine Equipment

Marine Equipment

STOPSON Italiana has been actively present in the naval and nautical sector for decades, offering advanced acoustic solutions both under its own brand and through specialized brands such as SilencERmarine. The company designs and manufactures systems for reducing noise on board, ensuring safety, comfort and compliance with international regulations.

Context and regulations in the maritime sector

National and international regulations, including those issued by the IMO (International Maritime Organization), impose strict limits on noise exposure on board. STOPSON Italiana provides solutions designed to reduce the risk of hearing damage, acoustic stress and penalties for non-compliance. The protection of personnel, the quality of life on board and the reliability of the systems are at the heart of the company’s approach.

Acoustic solutions for engines and marine systems

STOPSON Italiana develops and produces:

• Custom acoustic cabins for shipboard installations, including technical areas, auxiliary assemblies and control environments
• Complete soundproof exhaust systems, in dry and wet configuration
• Acoustic barriers and screens for technical compartments
• Damping and anti-drumming materials for vibration and structure-borne noise

The solutions are designed and then optimized for applications in confined spaces and in environments with high exposure to moisture, corrosion and thermal loads.

Complete marine discharge systems

STOPSON Italiana, with the support of the SilencERmarine brand, designs and supplies exhaust systems certified by bodies such as R.I.N.A., DNV and Lloyd’s Register. Options include:

• Stainless steel silencers (AISI 316L) for high temperatures
• GRP (Glass Reinforced Polymer) silencers for corrosion resistance and lightness
• Dry exhaust systems with thermal and acoustic separation
• Wet exhaust systems with controlled mixing of gas and liquid

All components – silencers, pipes, fittings – are designed for maximum acoustic efficiency and durability, therefore systems that take into account the salinity of the areas.