Nickel Bronze Vs Phosphor Bronze

Nickel Bronze Vs Phosphor Bronze

Copper makes up the majority of the content of the bronze family of copper alloys. In comparison to phosphor bronze, which contains less nickel, nickel bronze has a higher nickel content of up to 30%. In comparison to nickel bronze, phosphor bronze has higher stiffness and wear resistance. Both of these materials are used in a variety of sectors, primarily in the production of musical instruments like guitar strings. The bronze's flexibility makes it suitable for usage in these many applications.

The core metal is shielded from further corrosion by the surface oxide development. Its distinctive bronze colour is also a result of the copper oxide layer that develops on the surface. The hue and tone vary slightly depending on whether nickel or phosphorus have been added. The materials have a density that is roughly 10% lower than typical stainless steels. They are hence simple to fabricate, cut, mould, and machine. Additionally, the material conducts electricity more efficiently than stainless steel.

Nickel And Phosphor Bronze Melting Point

The melting point of phosphor bronze can reach up to 1060 degrees from 930 degrees Celsius, but the melting point of nickel bronze ranges from 1060 to 1075 degrees Celsius. Nickel bronze hence naturally has a wider variety of melting points. The melting points vary depending on the particular proportions of chemical composition, although the nickel bronze classes have larger melting point ranges. Because they have lower melting points than stainless steels, bronze materials can be produced more quickly.

In the past, bronze materials were utilised to create sculptures and other forms. Because of its ductility, it is employed in musical instruments and other things. The bronze material is advantageous for creating bushes and bearings because of its low metal-to-metal friction. Bronze materials can be used in sea water and marine industrial applications because of their minimal corrosion to chloride ions.

 

Difference Between Nickel And Phosphor Bronze Metal Price

The materials made of phosphor bronze are less expensive than those made of nickel bronze. The price variance is made possible by the different compositions. However, any unique chemical composition or unusual additives necessitate an increase in production costs. Therefore, if the chemical composition is a distinctive and unique requirement, it may result in higher prices for phosphor bronze. Due to the presence of copper in the composition, bronze materials are often more expensive than stainless steel materials. All copper alloys are expensive because copper itself is.

 

Composition of PB1 and Pb2 Phosphor Bronze

 

Equivalent Specifications of Pb2

• DIN 1705 2.1052.04
• AS 1565-1985 C90810
• ASTM B 505 C90700
• BS EN 1982-2008 GC CC481K
• UNI 7013-72-2A
• BS 1400 PB2
• AS 1565-1974 904D
• SAE 65C
• CuSn11P-C

Equivalent Specifications of Pb1

• BS EN 1982-2008 GC CC481K
• BS 1400 PB1
• CuSn11P-C
• SAE 65c
• AS 1565-1974 904D
• Def Stan 02 838 Part 1
• NES 838 Part 1
• NES 838
• AS 1565-1985 C90710
• ASTM B 505 C90700

 

Pb2 Phosphor Bronze Properties

Pb2 Physical Properties

 

 

831-999  °C

 

 

 

• ASTM B505
• ASTM B584
• MIL V-18436
• SAE J461
• ASTM B763
• ASME SB584
• ASTM B30
• ASTM B271
• SAE J462