Bronze 932

Bronze 932, also known as bearing bronze, is a type of wear-resistant bronze alloy with high-strength and good corrosion resistance.

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Bronze bushings and sleeves in various sizes and designs

93200
C93200
Bearing Bronze

241 MPa

Ultimate Tensile Strength
138 MPa

Yield Strength
14,500 ksi

Young's Modulus(Elasticity)
10 %

Elongation at Break

At a Glance

Material Type
Metal
Material Name
Bronze 932
Alternative Names
93200 | C93200 | Bearing Bronze
Process Compatibility
CNC Milling, CNC Turning

Properties Table of Bronze 932

Properties

Ultimate Tensile Strength 241 MPa
Yield Strength 138 MPa
Young's Modulus(Elasticity) 14,500 ksi
Elongation at Break 10%
Physical Property
Corrosion Resistance High
Thermal Property
Thermal Expansion Coefficient 18 x 10^-6/°C
Thermal Conductivity 58.2 W/(m·K)

Applications of Bronze 932

Bearings
Bushings
Gears
Valve guides
Thrust washers
Worm gears
Hydraulic components
Fasteners

Advantages of Bronze 932

Self-Lubricating Properties
High Load-Carrying Capacity
Good Wear Resistance
Corrosion Resistance
Machinability
Conformability
Low Friction
Versatility

Raw Stock

CNC Machined

Finished Parts

Bronze 932 — Machining Notes

Bronze 932 in CNC Machin
is Bronze 932?

Bronze 932 in CNC Machining

Bronze 932, also known as bearing bronze, is a type of wear-resistant bronze alloy with high-strength and good corrosion resistance.

Bronze 932 is primarily composed of copper, tin, and other alloying elements. The exact composition may vary, but it typically contains a high percentage of copper (around 83-88%) and tin (around 6-9%). It can be easily turned, milled, drilled, and tapped on CNC machines. The material produces good surface finishes and tolerances. It has good heat conductivity and is commonly used to produce bushings, bearings, washers, and other components.

It is known for its toughness and ease of machining. The alloy’s good ductility also allows for easy shaping and forming. While it can be soldered and brazed easily, welding is not recommended. Bronze 932 is great for handling high temperatures without losing strength. It can be heat treated, making the metal more flexible by reducing brittleness and hardness. This flexibility allows for safely manufacturing intricate components in modern devices, improving stability and durability.

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What is Bronze 932?

Bronze 932 is a strong alloy with a high lead content. It has excellent strength and anti-friction properties.

Bronze alloys are known for their durability, corrosion resistance, and attractive appearance. They have been used for various purposes throughout history, including producing tools, weapons, sculptures, and decorative items.

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FAQ

Is Bronze 932 Magnetic?

No, Bronze 932 is typically non-magnetic. Bronze is an alloy primarily composed of copper, and the addition of other elements, such as tin and phosphorus in this case, generally results in a non-magnetic material.

Is Bronze 932 UV-resistant?

Bronze 932 exhibits good resistance to ultraviolet (UV) light. However, the degree of UV resistance can depend on specific alloy compositions and environmental conditions.

What is the difference between bronze 932 and 954?

Bronze 932 is a phosphor bronze alloy, while Bronze 954 is an aluminum bronze alloy. The main differences lie in their elemental compositions, which impact their mechanical and chemical properties, including strength, corrosion resistance, and wear resistance.

What is the difference between 932 and 936 bronze?

Bronze 932 and Bronze 936 are phosphor bronze alloys but have different compositions. The differences depend on the proportions of copper, tin, and phosphorus. These variances can result in differences in mechanical properties, such as hardness and tensile strength.

Is 932 the same as 660 bronze?

No, Bronze 932 and 660 bronze are different alloys. Bronze 932 is a phosphor bronze alloy, while 660 bronze is a high-strength aluminum bronze alloy. They have different compositions, which lead to variations in their mechanical properties, corrosion resistance, and suitability for specific applications.