Safer sealing solutions for the
Marine and Shipbuilding Industry

In the marine and shipbuilding industry, spiral wound gaskets play a significant role and are utilized in various applications:

Sealing of Ship Engines and Engine Rooms: Pipes, valves, and fittings in ship engines and engine rooms need to be sealed to prevent seawater ingress or liquid leakage. Spiral wound gaskets are widely used for these seals to ensure good sealing performance and prevent seawater from entering the vessel's interior.

Sealing of Ship Compartments and Hulls: Ship compartments and hulls require sealing to prevent seawater ingress and ensure the vessel's buoyancy and structural integrity. Spiral wound gaskets are used for sealing ship compartments and hulls to maintain effective sealing.

Sealing of Seawater Treatment Systems: Seawater treatment systems on ships, including desalination and freshwater generation equipment, require sealing to prevent seawater leakage or system failure. Spiral wound gaskets are applied at connections of these systems to ensure sealing performance and stable system operation.

Resistance to Seawater Corrosion: Seawater has corrosive effects on ship equipment and seals. Therefore, spiral wound gaskets are typically made from corrosion-resistant materials to extend their service life and maintain sealing performance.

Adaptation to Marine Environmental Conditions: The marine environment is characterized by high humidity, salinity, and harsh weather conditions. Spiral wound gaskets are designed to withstand these extreme conditions and maintain stable sealing effectiveness.

Overall, spiral wound gaskets play a crucial role in the marine and shipbuilding industry, ensuring the sealing performance of ship equipment and systems, and safeguarding the safety and stability of vessel operations.

CGI Gaskets

CGI gaskets, or compressed graphite iron gaskets, offer superior sealing performance compared to conventional gaskets. The main difference lies in their construction; CGI gaskets feature a graphite core laminated with a thin metal sheet, providing enhanced resilience and durability. CG vs. CGI gasket comparison highlights CGI gaskets' ability to withstand higher temperatures and pressures, making them ideal for demanding industrial applications.

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