Umfassender Leitfaden zur Auswahl von Nickel-Aluminium-Bronze-Röhren: C95800/C63200/C95500

A comprehensive comparison guide for Nickel Aluminum Bronze (NAB) tubes – C95800, C63200, and C95500. Detailed analysis of chemical composition, mechanical properties, corrosion resistance, and application-specific recommendations for marine, chemical processing, and industrial uses.

1. Chemical Composition Analysis

1.1 Primary Chemical Composition

The precise control of alloying elements significantly influences mechanical properties, corrosion resistance, and overall performance. Each element serves specific functions in the alloy:

1.2 Trace Elements Control

2. Mechanische Eigenschaften

2.1 Room Temperature Properties

2.2 Elevated Temperature Properties

3. Physical Properties

3.1 Basic Physical Properties

3.2 Thermal Expansion

4. Corrosion Resistance

4.1 Corrosion Rates in Various Environments

4.2 Environmental Resistance Ratings (1-10 Scale)

5. Application Suitability

5.1 Industry-Specific Applications

5.2 Service Condition Ratings

6. Manufacturing Considerations

6.1 Processing Parameters

6.2 Welding Characteristics

7. Selection Guidelines

7.1 Primary Selection Criteria

7.2 Application-Specific Recommendations

1. Marineanwendungen

• First choice: C95800 for best overall corrosion and erosion resistance
• Alternative: C95500 when higher strength is required
• Consider C63200 for cost-sensitive applications

1. Chemische Verarbeitung

• Primary choice: C95500 for high-temperature applications
• Alternative: C95800 for superior corrosion resistance
• C63200 suitable for less demanding conditions

1. General Industrial Use

• Standard choice: C63200 for good all-around properties
• Upgrade to C95500 for higher stress applications
• Consider C95800 when corrosion resistance is critical

Fazit

Selection Priorities:

1. Operating environment conditions
2. Mechanical property requirements
3. Temperature service conditions
4. Manufacturing requirements
5. Cost considerations

Grade Summary:

• C95800: Optimal for marine and high-erosion environments
• C95500: Best for high-strength and high-temperature applications
• C63200: Cost-effective choice for general industrial use