Comprehensive Guide to Nickel Aluminum Bronze Tubes Selection: 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:

Elemen	C95800 (%)	C63200 (%)	C95500 (%)	Impact on Properties
Copper (Cu)	79.0-82.0	81.0-83.0	78.0-82.0	Base metal matrix
Aluminum (Al)	8.5-9.5	8.5-9.5	8.2-9.5	Strength enhancement
Nickel (Ni)	4.0-5.0	4.0-4.8	3.0-5.5	Tahan korosi
Iron (Fe)	3.5-4.5	3.5-4.3	3.5-4.5	Grain refinement
Manganese (Mn)	0.8-1.5	1.2-2.0	0.8-1.5	Deoxidation

1.2 Trace Elements Control

Elemen	C95800	C63200	C95500	Critical Control
Silicon (Si)	0.10	0.10	0.10	Fluidity control
Lead (Pb)	0.03	0.02	0.03	Toxicity limit
Zinc (Zn)	0.20	0.20	0.20	Corrosion control
Others Total	0.50	0.50	0.50	Quality control

2. Mechanical Properties

2.1 Room Temperature Properties

Property	C95800	C63200	C95500	Test Standard
Tensile Strength (MPa)	585-760	640-720	650-790	ASTM E8
Yield Strength (MPa)	270-380	280-380	280-450	ASTM E8
Elongation (%)	15 min	15 min	15 min	ASTM E8
Hardness (Brinell)	160-190	160-200	170-210	ASTM E10
Impact Strength (J)	34	34	34	ASTM E23

2.2 Elevated Temperature Properties

Temperature (°C)	Property	C95800	C63200	C95500
100	Tensile Strength (MPa)	550	650	680
100	Yield Strength (MPa)	250	310	330
200	Tensile Strength (MPa)	480	600	630
300	Tensile Strength (MPa)	410	520	550

3. Physical Properties

3.1 Basic Physical Properties

Property	C95800	C63200	C95500	Units
Kepadatan	7.64	7.45	7.58	g/cm
Rentang lebur	1040-1080	1030-1060	1045-1080	°C
Konduktivitas termal	38	42	45	W/m·K
Resistivitas Listrik	13.5	13.3	12.8	μΩ·cm
Modulus Elastisitas	115	110	113	IPK

3.2 Thermal Expansion

Temperature Range (°C)	C95800	C63200	C95500	Units
20-100	16.2	16.4	16.2	μm/m·K
20-300	17.3	17.5	17.3	μm/m·K

4. Corrosion Resistance

4.1 Corrosion Rates in Various Environments

Environment	C95800 (mm/year)	C63200 (mm/year)	C95500 (mm/year)
Seawater	0.025	0.025	0.025
Fresh Water	0.013	0.013	0.013
3% NaCl	0.028	0.028	0.028
Industrial Atmosphere	0.008	0.008	0.008

4.2 Environmental Resistance Ratings (1-10 Scale)

Environment	C95800	C63200	C95500	adalah Baja Struktural Kekuatan Tinggi Paduan Rendah Standar GB Cina
Marine	9	9	9	All excellent
Chemical Processing	8	7	8	C95800/C95500 preferred
High Temperature	7	8	8	C63200/C95500 preferred
Erosion	9	8	8	C95800 superior
Cavitation	8	7	8	C95800/C95500 better

5. Application Suitability

5.1 Industry-Specific Applications

Industry	C95800	C63200	C95500	Best Choice
Marine Propulsion	Bagus sekali	Bagus	Bagus sekali	C95800/C95500
Chemical Processing	Very Good	Bagus	Bagus sekali	C95500
Minyak gas	Bagus sekali	Very Good	Bagus sekali	C95800/C95500
Power Generation	Very Good	Bagus sekali	Bagus sekali	C95500
Mining	Bagus	Very Good	Bagus sekali	C95500

5.2 Service Condition Ratings

Service Condition	C95800	C63200	C95500	Comments
High Pressure	8/10	9/10	9/10	All suitable
High Temperature	7/10	8/10	9/10	C95500 best
Corrosive Media	9/10	8/10	9/10	C95800/C95500
Ketahanan Aus	8/10	7/10	8/10	C95800/C95500

6. Manufacturing Considerations

6.1 Processing Parameters

Proses	C95800	C63200	C95500	adalah Baja Struktural Kekuatan Tinggi Paduan Rendah Standar GB Cina
Hot Working Temp (°C)	760-870	760-870	760-870	Similar ranges
Annealing Temp (°C)	650-750	650-750	650-750	Similar ranges
Stress Relief Temp (°C)	350-400	350-400	350-400	Similar ranges
Peringkat Kemampuan Mesin	40	35	38	(% of C36000)

6.2 Welding Characteristics

Welding Process	C95800	C63200	C95500	Filler Metal
GTAW	Bagus sekali	Very Good	Bagus sekali	ERCuNiAl
GMAW	Very Good	Bagus	Very Good	ERCuNiAl
SMAW	Bagus	Bagus	Bagus	ECuNiAl

7. Selection Guidelines

7.1 Primary Selection Criteria

Requirement	Best Choice	Second Choice	adalah Baja Struktural Kekuatan Tinggi Paduan Rendah Standar GB Cina
Highest Strength	C95500	C95800	For critical applications
Best Corrosion Resistance	C95800	C95500	Marine environments
Cost Effectiveness	C63200	C95500	Standard applications
High Temperature Use	C95500	C63200	Above 200°C

7.2 Application-Specific Recommendations

Marine Applications

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

Chemical Processing

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

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

Conclusion

Selection Priorities:

Operating environment conditions
Mechanical property requirements
Temperature service conditions
Manufacturing requirements
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

Comprehensive Guide to Nickel Aluminum Bronze Tubes Selection: C95800/C63200/C95500

1. Chemical Composition Analysis

1.1 Primary Chemical Composition

1.2 Trace Elements Control

2. Mechanical Properties

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

Conclusion

Panduan Definitif ASTM B148 C95800: Mengapa Perunggu Aluminium Nikel adalah Pilihan Utama untuk Teknik Kelautan

Lembar Data Teknis: ASTM B505 / B505M

Menavigasi Standar C63000: Panduan untuk Persyaratan ASTM B150 dan AMS 4640

Perbandingan Teknis: AMS 4640 vs. ASTM B150 (UNS C63000)

C63000 ASTM B150: Technical Specifications & Applications

Unleashing Potential: C95400 Aluminum Bronze – Malaysia’s Industrial Game Changer

What is the difference between C63000 and CW307G?

Precision Bronze Pipe Supply: UNS C63000 – Engineering Excellence Unleashed

UNS C63000 Bronze Pipe: Premium Supply Solutions for High-Performance Engineering Applications

Direct Supply of Marine Bronze Bushings: Essential Components for Maritime Excellence

Produk

Aplikasi

Perusahaan

Shanghai Cina - Markas Besar

Waktu kerja

KONCAST ADALAH
ISO 9001 DAN AS9100
BERSERTIFIKAT SMM.

CONCAST BERSERTIFIKAT ISO 9001 DAN AS9100 QMS.

1. Chemical Composition Analysis

1.1 Primary Chemical Composition

1.2 Trace Elements Control

2. Mechanical Properties

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

Conclusion

itu masuk ke zona suhu tinggi di mana struktur matriksnya adalah fase tunggal austenit

Produk

Aplikasi

Perusahaan

Shanghai Cina - Markas Besar

Waktu kerja

KONCAST ADALAH ISO 9001 DAN AS9100 BERSERTIFIKAT SMM.

CONCAST BERSERTIFIKAT ISO 9001 DAN AS9100 QMS.

KONCAST ADALAH
ISO 9001 DAN AS9100
BERSERTIFIKAT SMM.