Lösungen für Nickel-Aluminium-Bronze-Rohre für die Schifffahrtsindustrie

Einführung

Nickel Aluminum Bronze (NAB) tubes are critical components in marine and shipbuilding applications, offering exceptional resistance to seawater corrosion, cavitation, and biofouling. This guide focuses on three primary NAB alloys – C95800, C63200, and C95500 – and their specific applications in marine systems.

Marine System Requirements

Marine environments present unique challenges for tube materials:

• Continuous exposure to seawater corrosion
• High-pressure operating conditions
• Temperature variations
• Cavitation and erosion risks
• Biofouling concerns
• Compliance with marine standards (ASTM, Lloyd’s Register, DNV)

Application Areas

1. Seawater Cooling Systems

Primary applications in marine cooling systems include:

• Main engine cooling circuits
• Auxiliary machinery cooling
• Air conditioning systems
• Wärmetauscher
• Condensers

2. High-Pressure Systems

3. Performance Characteristics in Marine Environment

4. Dimensional Standards for Marine Applications

5. Installation and Maintenance Requirements

6. Cost-Performance Analysis

Selection Guidelines for Marine Systems

1. Primary Cooling Systems

• Use C95800 for critical main engine cooling
• C63200 suitable for secondary cooling circuits
• C95500 for high-pressure applications

1. Wärmetauscher

• C63200 for general service
• C95800 for severe service conditions
• C95500 for high-temperature applications

1. Auxiliary Systems

• C63200 for general service lines
• C95800 for critical service areas
• C95500 for high-stress applications

Quality Assurance Requirements

Fazit

For marine applications:

• C95800: Best for critical seawater systems and main engine cooling
• C63200: Economical choice for secondary systems
• C95500: Optimal for high-pressure and high-temperature applications

Selection should consider:

1. System criticality
2. Operating conditions
3. Life cycle costs
4. Maintenance requirements
5. Classification society requirements