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METAL ALLOYS CORPORATION
GST No. 24AALFM0200F1ZZ

Phosphros Bronze Rods

Phosphor Bronze Rods, provided by Metal Alloys Corporation are made with an alloy, included with copper and phosphorus. These boast of optimal corrosion resistance as well as wear resistance. The stiffness of the provided alloy makes it apt for different heavy duty industries. The industries which demand these are communications, electronic, electrical etc. With the advancement in miniaturization, Phosphor Bronze Rods can obtain high density and high performance in various machining processes. Also, these allow for the process ability in various non-magnetic electrical conductive spring materials. The electromechanical properties, ductility and malleability of the said products is really appreciable. 

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ASTM B103 C 51000 Phosphorus Bronze

Minimum Order Quantity : 500 Kilograms

ASTM B103 C 51000 Phosphorus Bronze

Alloy:C 51000

Application:Other, Electrical Components, Springs, Gears, Bushes, Bearings

Color:Golden Bronze

Dimension (L*W*H):Customizable as per requirement

Material:Other, Phosphorus Bronze

Product Type:Other, Phosphorus Bronze Strip/Sheet

Shape:Other, Sheet, Strip, Rod, Wire

Technique:Other, Hot Rolled, Cold Rolled

Temper:Other, Hard, Half Hard, Quarter Hard

Weight:As per size and specification

Know More

ASTM B103 C 51000 Phosphorus Bronze


Bronze Family: Leaded Phosphor Bronze

C 510 Phosphor Bronze – Grade B is a METALCO standard alloy and finds use in electrical applications, as well as many industrial applications. It is used as electrical connectors and partially due to its excellent machinability finds use as bushings, gears, pinions, screw machine products, thrust washers, valve parts, and shafts.


SAE J 463 C 51000 Phosphorus Bronze

Specification :

Phosphors Bronze

  • ASTM B103 C 51000

  • SAE J 463 C 51000

  • BS 2874 PB 102


Equivalent Specifications*

  • ASTM B139

  • B139M

  • Copper Alloy UNS C54400


Reference Specifications*

  • SAE J461

  • SAE J463

  • ASTM B103

    Equivalent specifications are verified and updated annually.

Chemical Composition (%)

Cu

Sn

P

Fe

Pb

Zn

Remainder

3.5 – 4.5

0.01 – 0.50

0.10 max.

3.0 - 4.0

1.5 – 4.5

Sum of all named elements = 99.5%


Mechanical Properties
Minimum Tensile Properties, English/Metric

Temper HO4 hard

Nominal Diameter

Tensile Strength

Elongation**

Inches/mm

ksi

MPa

%

¼"– ½" incl./6 - 12 mm. incl.

60

415

10

Over ½" to 1" incl./12-25 mm incl.

55

380

12

Over 1.00"/25 mm

50

345

15



**Elongation in 4D
Chemical Composition and Mechanical Properties shown pertain to ASTM B139/B139 M only.


Machinability Rating 80 (Free Cutting Brass = 100)



Physical Properties


English

Metric

Melting Point – Liquidus

1830° F

999° C

Melting Point – Solidus

1700° F

927° C

Density

0.320 lb/in3 at 68° F

8.89 gm/cm3 @ 20° C

Specific Gravity

8.890

8.89

Electrical Resistivity (Annealed)

54.60 ohms-cmil/ft @ 68° F

9.08 microhm-cm @ 20° C

Electrical Conductivity (Annealed)

19%IACS @ 68° F

0.111 MegaSiemens/cm @ 20° C

Thermal Conductivity

50 Btu · ft/(hr · ft2·°F) @ 68° F

86.5 W/m·°K @20° C

Coefficient of Thermal Expansion

9.60 · 10-6 per °F (68-572° F)

17.3 ·10-6 per °C (20-300° C)

Specific Heat Capacity

0.090 Btu/lb/°F @ 68° F

377.1 J/kg · °K @293° K

Modulus of Elasticity in Tension

15,000 ksi

103,400 MPa



Fabrication Practices

Soldering

Excellent

Capacity for Being Cold Worked

Good

Brazing

Good

Oxyacetylene Welding

Not Recommended

Annealing Temperature – Minimum

900° F or 483° C

Gas Shielded Arc Welding

Not Recommended

Annealing Temperature – Maximum

1250° F or 677° C

Coated Metal Arc Welding

Not Recommended

Resistance Welding – Spot

Not Recommended

Resistance Welding – Seam

Not Recommended

Resistance Welding – Butt

Fair



 



Exceptional Properties

ASTM B103 C 51000 Phosphorus Bronze stands out for its outstanding corrosion resistance, high tensile strength, and excellent conductivity. The alloys composition delivers a balance of durability and flexibility, making it highly functional for demanding applications in various industries. Its smooth, bright surface finish enhances both aesthetics and longevity, ensuring reliability in precision components.


Versatile Applications

With its customizable dimensions and robust mechanical characteristics, this phosphorus bronze alloy serves diverse needs. Its particularly favored for electrical components, springs, gears, bushes, and bearings due to its high conductivity and wear resistance. The materials adaptability in sheet, strip, rod, and wire forms provides manufacturers and engineers with broad design flexibility.


Manufacturing Techniques

Produced via hot rolled and cold rolled methods, C 51000 Phosphorus Bronze offers various tempers: hard, half hard, and quarter hard. These processes enable precise control over the alloys physical attributes, allowing customers to specify the mechanical properties best suited for their applications. The bronze is available as exported, supplied, and manufactured competitively in India.

FAQs of ASTM B103 C 51000 Phosphorus Bronze:


Q: How is ASTM B103 C 51000 Phosphorus Bronze manufactured?

A: C 51000 Phosphorus Bronze is produced using hot rolled and cold rolled techniques to achieve the required temper (hard, half hard, quarter hard) and smooth, bright finish. The process ensures the alloy possesses optimal mechanical properties for industrial use.

Q: What applications are best suited for C 51000 Phosphorus Bronze?

A: This alloy is ideal for electrical components, springs, gears, bushes, and bearings due to its excellent conductivity, high corrosion resistance, and durable mechanical performance.

Q: When should I choose C 51000 Phosphorus Bronze over other copper alloys?

A: Choose C 51000 when you require superior corrosion resistance, a flexible range of mechanical strengths, and reliable electrical conductivity, especially for critical parts like springs, gear wheels, and contact strips.

Q: Where can C 51000 Phosphorus Bronze be supplied or exported?

A: Manufacturers, suppliers, and exporters throughout India offer ASTM B103 C 51000 Phosphorus Bronze, providing customized dimensions to suit local and international requirements.

Q: What benefits does the phosphorus content provide in this bronze alloy?

A: Phosphorus enhances the alloys wear resistance, improves strength, and increases machinability while contributing to its outstanding corrosion resistance.

Q: How can the dimensions of C 51000 Phosphorus Bronze be customized?

A: The alloy can be supplied in thicknesses ranging from 0.10 mm to 6.00 mm, widths up to 400 mm, and in shapes such as sheets, strips, rods, or wires. Length, width, and height are customizable as per specific requirements.

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SAE J 463 C 51000 Phosphorus Bronze

Minimum Order Quantity : 500 Kilograms

SAE J 463 C 51000 Phosphorus Bronze

Alloy:C51000

Application:Other, Automobile, Electrical and Mechanical Industries

Color:Golden

Dimension (L*W*H):Customize

Material:Other, Phosphorus Bronze

Product Type:Other, Metal Sheet

Shape:Sheet

Technique:Other, Hot Rolled

Temper:Hard

Weight:Customize

Know More

SAE J 463 C 51000 Phosphorus Bronze


Bronze Family: Leaded Phosphor Bronze

C 510 Phosphor Bronze – Grade B is a METALCO standard alloy and finds use in electrical applications, as well as many industrial applications. It is used as electrical connectors and partially due to its excellent machinability finds use as bushings, gears, pinions, screw machine products, thrust washers, valve parts, and shafts.



Specification :

Phosphors Bronze

  • ASTM B103 C 51000

  • SAE J 463 C 51000

  • BS 2874 PB 102


Equivalent Specifications*

  • ASTM B139

  • B139M

  • Copper Alloy UNS C54400


Reference Specifications*

  • SAE J461

  • SAE J463

  • ASTM B103

    Equivalent specifications are verified and updated annually.

Chemical Composition (%)

Cu

Sn

P

Fe

Pb

Zn

Remainder

3.5 – 4.5

0.01 – 0.50

0.10 max.

3.0 - 4.0

1.5 – 4.5

Sum of all named elements = 99.5%


Mechanical Properties
Minimum Tensile Properties, English/Metric

Temper HO4 hard

Nominal Diameter

Tensile Strength

Elongation**

Inches/mm

ksi

MPa

%

¼"– ½" incl./6 - 12 mm. incl.

60

415

10

Over ½" to 1" incl./12-25 mm incl.

55

380

12

Over 1.00"/25 mm

50

345

15



**Elongation in 4D
Chemical Composition and Mechanical Properties shown pertain to ASTM B139/B139 M only.


Machinability Rating 80 (Free Cutting Brass = 100)



Physical Properties


English

Metric

Melting Point – Liquidus

1830° F

999° C

Melting Point – Solidus

1700° F

927° C

Density

0.320 lb/in3 at 68° F

8.89 gm/cm3 @ 20° C

Specific Gravity

8.890

8.89

Electrical Resistivity (Annealed)

54.60 ohms-cmil/ft @ 68° F

9.08 microhm-cm @ 20° C

Electrical Conductivity (Annealed)

19%IACS @ 68° F

0.111 MegaSiemens/cm @ 20° C

Thermal Conductivity

50 Btu · ft/(hr · ft2·°F) @ 68° F

86.5 W/m·°K @20° C

Coefficient of Thermal Expansion

9.60 · 10-6 per °F (68-572° F)

17.3 ·10-6 per °C (20-300° C)

Specific Heat Capacity

0.090 Btu/lb/°F @ 68° F

377.1 J/kg · °K @293° K

Modulus of Elasticity in Tension

15,000 ksi

103,400 MPa



Fabrication Practices

Soldering

Excellent

Capacity for Being Cold Worked

Good

Brazing

Good

Oxyacetylene Welding

Not Recommended

Annealing Temperature – Minimum

900° F or 483° C

Gas Shielded Arc Welding

Not Recommended

Annealing Temperature – Maximum

1250° F or 677° C

Coated Metal Arc Welding

Not Recommended

Resistance Welding – Spot

Not Recommended

Resistance Welding – Seam

Not Recommended

Resistance Welding – Butt

Fair



 



Superior Composition and Strength

C51000 Phosphorus Bronze features a balanced composition of copper, tin, and phosphorus, leading to robust mechanical attributes. Its hardness range and notable tensile strength make it an ideal choice for components requiring durability while maintaining workability for precise fabrication.


Excellent Corrosion Resistance

The alloys phosphorus and tin content delivers impressive resistance against corrosion, ideal for environments exposed to moisture or chemicals. This feature ensures longevity and reliability in both automotive and electrical applications, reducing maintenance frequency and costs.


Precise Manufacturing and Customization

Sheets are manufactured using hot rolling technique, ensuring consistent thickness and surface quality. With options for customized dimensions and finishes, manufacturers and engineers can specify exact requirements, optimizing component integration in various industrial sectors.

FAQs of SAE J 463 C 51000 Phosphorus Bronze:


Q: How is SAE J 463 C 51000 Phosphorus Bronze typically used in the electrical and mechanical industries?

A: SAE J 463 C 51000 Phosphorus Bronze is used in electrical contacts, connectors, bushings, and springs due to its excellent conductivity, mechanical strength, and corrosion resistance. Its reliability extends to mechanical components requiring wear resistance and durability.

Q: What benefits does the high copper content bring to C51000 Phosphorus Bronze sheets?

A: The high copper content (minimum 94%) imparts superior electrical conductivity, thermal stability, and excellent workability, making the alloy ideal for intricate electrical and mechanical components in demanding environments.

Q: When should C51000 Phosphorus Bronze be selected over other bronze alloys?

A: C51000 Phosphorus Bronze should be chosen when high corrosion resistance, specific mechanical strength, and good electrical conductivity are paramount, particularly for parts subjected to continuous friction or exposure to adverse conditions.

Q: Where can customized C51000 Phosphorus Bronze sheets be sourced and supplied?

A: Customized C51000 Phosphorus Bronze sheets are available from exporters, manufacturers, and suppliers based in India. Sheets can be tailored in thickness, dimensions, weight, and surface finish according to project specifications.

Q: What is the process used to manufacture C51000 Phosphorus Bronze sheets?

A: The manufacturing process involves hot rolling, which enhances sheet uniformity, surface finish, mechanical strength, and makes it possible to produce sheets in a range of thicknesses from 0.1 mm to 3 mm.

Q: How does the alloys temper and finish affect its industrial usage?

A: The hard temper and smooth or polished finish improve wear resistance and appearance, making these sheets suitable for high-stress components and aesthetic applications while ensuring reliable mechanical performance.

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BS 2874 PB 102 Phosphorus Bronze

Minimum Order Quantity : 500 Kilograms

BS 2874 PB 102 Phosphorus Bronze

Alloy:BS 2874 PB 102

Application:Other, Electrical, Mechanical, Marine and Engineering Industries

Color:Bronze

Dimension (L*W*H):Customized or Standard Sizes

Material:Other, Phosphorus Bronze

Product Type:Other, Phosphor Bronze Bar / Rod / Strip

Shape:Other, Rod, Bar, Strip

Technique:Other, Hot Rolled / Cold Rolled

Temper:Other, Hard / Half Hard / Soft

Weight:Depends on dimensions

Know More

BS 2874 PB 102 Phosphorus Bronze


Bronze Family: Leaded Phosphor Bronze

C 510 Phosphor Bronze – Grade B is a METALCO standard alloy and finds use in electrical applications, as well as many industrial applications. It is used as electrical connectors and partially due to its excellent machinability finds use as bushings, gears, pinions, screw machine products, thrust washers, valve parts, and shafts.



Specification :

Phosphors Bronze

  • ASTM B103 C 51000

  • SAE J 463 C 51000

  • BS 2874 PB 102


Equivalent Specifications*

  • ASTM B139

  • B139M

  • Copper Alloy UNS C54400


Reference Specifications*

  • SAE J461

  • SAE J463

  • ASTM B103

    Equivalent specifications are verified and updated annually.

Chemical Composition (%)

Cu

Sn

P

Fe

Pb

Zn

Remainder

3.5 – 4.5

0.01 – 0.50

0.10 max.

3.0 - 4.0

1.5 – 4.5

Sum of all named elements = 99.5%


Mechanical Properties
Minimum Tensile Properties, English/Metric

Temper HO4 hard

Nominal Diameter

Tensile Strength

Elongation**

Inches/mm

ksi

MPa

%

¼"– ½" incl./6 - 12 mm. incl.

60

415

10

Over ½" to 1" incl./12-25 mm incl.

55

380

12

Over 1.00"/25 mm

50

345

15



**Elongation in 4D
Chemical Composition and Mechanical Properties shown pertain to ASTM B139/B139 M only.


Machinability Rating 80 (Free Cutting Brass = 100)



Physical Properties


English

Metric

Melting Point – Liquidus

1830° F

999° C

Melting Point – Solidus

1700° F

927° C

Density

0.320 lb/in3 at 68° F

8.89 gm/cm3 @ 20° C

Specific Gravity

8.890

8.89

Electrical Resistivity (Annealed)

54.60 ohms-cmil/ft @ 68° F

9.08 microhm-cm @ 20° C

Electrical Conductivity (Annealed)

19%IACS @ 68° F

0.111 MegaSiemens/cm @ 20° C

Thermal Conductivity

50 Btu · ft/(hr · ft2·°F) @ 68° F

86.5 W/m·°K @20° C

Coefficient of Thermal Expansion

9.60 · 10-6 per °F (68-572° F)

17.3 ·10-6 per °C (20-300° C)

Specific Heat Capacity

0.090 Btu/lb/°F @ 68° F

377.1 J/kg · °K @293° K

Modulus of Elasticity in Tension

15,000 ksi

103,400 MPa



Fabrication Practices

Soldering

Excellent

Capacity for Being Cold Worked

Good

Brazing

Good

Oxyacetylene Welding

Not Recommended

Annealing Temperature – Minimum

900° F or 483° C

Gas Shielded Arc Welding

Not Recommended

Annealing Temperature – Maximum

1250° F or 677° C

Coated Metal Arc Welding

Not Recommended

Resistance Welding – Spot

Not Recommended

Resistance Welding – Seam

Not Recommended

Resistance Welding – Butt

Fair



 



Superior Electrical Performance

BS 2874 PB 102 Phosphorus Bronze is highly valued for its outstanding electrical conductivity, making it especially suitable for components and assemblies where efficient current transfer is essential. This characteristic ensures reliability and performance in electrical and electronic applications.


Outstanding Corrosion Resistance

With its excellent resistance to corrosion, BS 2874 PB 102 stands up well to harsh environments, including marine and industrial settings. This durability extends the service life of parts, reducing maintenance needs and enhancing overall reliability.


Versatile Engineering Applications

The alloys strength, machinability, and range of available thicknesses (1 mm to 100 mm) make it suitable for a variety of uses, from mechanical components to marine hardware. Standard and customized shapes and finishes offer flexibility for precise engineering requirements.

FAQs of BS 2874 PB 102 Phosphorus Bronze:


Q: How is BS 2874 PB 102 Phosphorus Bronze typically processed?

A: BS 2874 PB 102 Phosphorus Bronze is manufactured using either hot rolled or cold rolled techniques, depending on the required temper and surface finish. The alloy can be supplied in hard, half hard, or soft conditions to suit specific application needs.

Q: What are the available shapes and dimensions for this alloy?

A: This alloy can be supplied in rod, bar, and strip shapes. Dimensionsincluding length, width, and heightare customizable or available in standard sizes, with thickness ranging from 1 mm to 100 mm.

Q: Where is BS 2874 PB 102 Phosphorus Bronze commonly used?

A: It is widely used in electrical, mechanical, marine, and engineering industries due to its high conductivity, strength, and corrosion resistance. Typical applications include connectors, bushings, bearings, and marine hardware.

Q: When should I opt for phosphorus bronze over other bronze types?

A: Phosphorus bronze is ideal when applications demand elevated electrical conductivity, excellent durability, and superior corrosion resistance, especially in environments exposed to moisture or chemicals.

Q: What is the chemical composition of BS 2874 PB 102 Phosphorus Bronze?

A: This alloy consists of approximately Cu: 93.7%, Sn: 6.0%, and P: 0.3%, as specified by the BS 2874 standard. The presence of phosphorus enhances strength and corrosion resistance.

Q: How is BS 2874 PB 102 Phosphorus Bronze typically packaged?

A: The alloy is usually packed in wooden boxes, bundles, or customized packaging solutions to protect it during transport and storage according to customer requirements.

Q: What benefits does using BS 2874 PB 102 Phosphorus Bronze offer industries?

A: Industries benefit from its combination of high tensile strength, excellent elongation, reliable conductivity, and corrosion resistanceresulting in long-lasting, robust components which minimize downtime and maintenance costs.

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CW 451K Phosphorus Bronze

Minimum Order Quantity : 500 Kilograms

CW 451K Phosphorus Bronze

Alloy:CW 451K

Application:Other, Electrical, Switchgear, Contact Springs, Industrial Applications

Color:Golden Brown

Dimension (L*W*H):Customizable as per requirement

Material:Other, Phosphorus Bronze

Product Type:Other, Phosphorus Bronze Sheet/Strip/Coil

Shape:Other, Sheet, Strip, Coil

Technique:Other, Hot Rolled, Cold Rolled

Temper:Other, Spring Hard, Half Hard, Quarter Hard

Weight:Varies as per dimensions

Know More

CW 451K Phosphorus Bronze

Bronze Family: Leaded Phosphor Bronze


C 510 Phosphor Bronze – Grade B is a METALCO standard alloy and finds use in electrical applications, as well as many industrial applications. It is used as electrical connectors and partially due to its excellent machinability finds use as bushings, gears, pinions, screw machine products, thrust washers, valve parts, and shafts.



Specification :

Phosphors Bronze

  • ASTM B103 C 51000

  • SAE J 463 C 51000

  • BS 2874 PB 102


Equivalent Specifications*

  • ASTM B139

  • B139M

  • Copper Alloy UNS C54400


Reference Specifications*

  • SAE J461

  • SAE J463

  • ASTM B103

    Equivalent specifications are verified and updated annually.

Chemical Composition (%)

Cu

Sn

P

Fe

Pb

Zn

Remainder

3.5 – 4.5

0.01 – 0.50

0.10 max.

3.0 - 4.0

1.5 – 4.5

Sum of all named elements = 99.5%


Mechanical Properties
Minimum Tensile Properties, English/Metric

Temper HO4 hard

Nominal Diameter

Tensile Strength

Elongation**

Inches/mm

ksi

MPa

%

¼"– ½" incl./6 - 12 mm. incl.

60

415

10

Over ½" to 1" incl./12-25 mm incl.

55

380

12

Over 1.00"/25 mm

50

345

15



**Elongation in 4D
Chemical Composition and Mechanical Properties shown pertain to ASTM B139/B139 M only.


Machinability Rating 80 (Free Cutting Brass = 100)



Physical Properties


English

Metric

Melting Point – Liquidus

1830° F

999° C

Melting Point – Solidus

1700° F

927° C

Density

0.320 lb/in3 at 68° F

8.89 gm/cm3 @ 20° C

Specific Gravity

8.890

8.89

Electrical Resistivity (Annealed)

54.60 ohms-cmil/ft @ 68° F

9.08 microhm-cm @ 20° C

Electrical Conductivity (Annealed)

19%IACS @ 68° F

0.111 MegaSiemens/cm @ 20° C

Thermal Conductivity

50 Btu · ft/(hr · ft2·°F) @ 68° F

86.5 W/m·°K @20° C

Coefficient of Thermal Expansion

9.60 · 10-6 per °F (68-572° F)

17.3 ·10-6 per °C (20-300° C)

Specific Heat Capacity

0.090 Btu/lb/°F @ 68° F

377.1 J/kg · °K @293° K

Modulus of Elasticity in Tension

15,000 ksi

103,400 MPa



Fabrication Practices

Soldering

Excellent

Capacity for Being Cold Worked

Good

Brazing

Good

Oxyacetylene Welding

Not Recommended

Annealing Temperature – Minimum

900° F or 483° C

Gas Shielded Arc Welding

Not Recommended

Annealing Temperature – Maximum

1250° F or 677° C

Coated Metal Arc Welding

Not Recommended

Resistance Welding – Spot

Not Recommended

Resistance Welding – Seam

Not Recommended

Resistance Welding – Butt

Fair



 



Versatile Alloy for Diverse Applications

CW 451K Phosphorus Bronze is engineered to meet the exacting standards of modern industries. Its composition ensures outstanding mechanical and electrical properties, making it ideal for electrical, switchgear, and precision engineering uses. The materials adaptability to custom dimensions and tempers provides a solution for a broad spectrum of industrial requirements.


Superior Performance and Reliability

With its excellent corrosion resistance and tailored hardness, CW 451K Phosphorus Bronze maintains integrity even in harsh environments. Certified to ISO 9001:2015 and conforming to recognized standards, this alloy is trusted by manufacturers and suppliers across India for consistent, long-term performance.

FAQs of CW 451K Phosphorus Bronze:


Q: How is CW 451K Phosphorus Bronze typically manufactured?

A: CW 451K Phosphorus Bronze is manufactured through hot or cold rolling processes to achieve the desired sheet, strip, or coil form and specific tempers such as spring hard, half hard, and quarter hard, based on application requirements.

Q: What are the primary applications of CW 451K Phosphorus Bronze?

A: This alloy is widely used in electrical industry components, switchgear, contact springs, and various industrial parts due to its excellent conductivity, corrosion resistance, and mechanical strength.

Q: When should I choose CW 451K Phosphorus Bronze over other alloys?

A: Select CW 451K Phosphorus Bronze when you require a combination of high corrosion resistance, moderate conductivity, and superior mechanical properties, particularly for demanding or high-fatigue applications.

Q: Where can CW 451K Phosphorus Bronze be sourced in India?

A: CW 451K Phosphorus Bronze is available through certified exporters, manufacturers, and suppliers throughout India. Products can be customized in dimensions and tempers as per project needs.

Q: What is the benefit of the phosphorus content in this alloy?

A: Phosphorus enhances the alloys wear resistance, mechanical strength, and corrosion resistance, making it especially suitable for use in challenging operational environments.

Q: How does the surface finish impact the performance of CW 451K Phosphorus Bronze?

A: Options like bright or mill finish can influence the alloys suitability for specific applicationsa bright finish is often used for visible components, while mill finish suits internal or non-visual components without sacrificing quality or performance.

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