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Learn More About our Aluminum Bronze Alloys & their Capabilities

Nickel Aluminum Bronze C955

Erie Bronze & Aluminum is a non-ferrous sand casting supplier specializing in bronze alloy castings. Serving numerous industries, we cast a variety of non-leaded bronze alloys including Aluminum Bronze C955. Aluminum Bronze C955’s make-up of copper, aluminum, iron, and nickel make the alloy a good choice for corrosion and oxidation resistant applications.

C955

Aluminum Bronze C954

Erie Bronze & Aluminum is a non-ferrous sand casting supplier specializing in bronze alloy castings. Serving numerous industries, we cast a variety of non-leaded bronze alloys including Aluminum Bronze C954. Aluminum Bronze C954’s corrosion resistance in seawater, chlorides, and dilute acids make it one of the best options for needs in the heavy industrial, valve, and marine industries.

C954

Tin Bronze C903

Erie Bronze & Aluminum is a non-ferrous copper alloy sand casting supplier specializing in copper and bronze alloy castings. Serving numerous industries, we cast a variety of non-leaded bronze alloys, including Tin Bronze C90300, or C903. Tin Bronze C903 is known for excellent soldering, good brazing capabilities, and fair machinability.

C903

Manganese Bronze C862

Erie Bronze & Aluminum is a non-ferrous sand casting foundry, specializing in bronze alloy castings. Serving numerous industries, we cast a variety of non-leaded bronze alloys, including Manganese Bronze C862. Manganese Bronze properties include tough and corrosion-resistant characteristics that are ideal for high load, low-speed applications requiring a combination of outstanding wear characteristics and high bearing strength.

C862

Manganese Bronze C863

Erie Bronze & Aluminum is a sand casting supplier, specializing in bronze alloy castings. Serving numerous industries, we cast a variety of non-leaded bronze alloys, including Manganese Bronze C863. Manganese Bronze C863’s tough and corrosion-resistant characteristics are ideal for high load-bearing, low-speed applications that require outstanding wear characteristics.

C863

Nickel Aluminum Bronze C958

Erie Bronze & Aluminum is a non-ferrous sand casting supplier specializing in bronze alloy castings. Serving numerous industries, we cast a variety of non-leaded bronze alloys, including Aluminum Bronze C958. Aluminum Bronze C958 is commonly known as Nickel-Aluminum Bronze and is regularly used in various components by the US Navy.

C958

Manganese Bronze C865

Erie Bronze & Aluminum is a non-ferrous manganese casting supplier specializing in manganese bronze alloy castings. Serving numerous industries, we cast a variety of non-leaded bronze alloys, including manganese bronze C865. Manganese bronze C865’s microstructure and corrosion-resistant characteristics are ideal for parts requiring strength and toughness.

C865

Silicon Bronze C873

With a pleasant color and ability to accept a range of patinas, combined with a good fluidity, low drossing, and reasonable solidification range, Silicon Bronze (C873) is widely used for industrial applications. Silicon Bronze, meeting high military standards such as ASTM B584 (formerly ASTM B198-12A), has good brazing, welding, and a machinability of 40, allowing balanced mechanical properties and quality corrosion resistance.

C873

Aluminum Bronze C953

Erie Bronze & Aluminum is a non-ferrous sand casting supplier specializing in bronze alloy castings. Serving numerous industries, we cast a variety of non-leaded bronze alloys including Aluminum Bronze C953. Aluminum Bronze C953’s excellent corrosion-resistant properties in seawater, chlorides, and dilute acids make it an attractive option for needs in the chemical and marine industries.

C953

Tin Bronze C905

Erie Bronze & Aluminum is a non-ferrous sand casting supplier specializing in bronze alloy castings. Serving numerous industries, we cast a variety of non-leaded bronze alloys, including Tin Bronze C905. Tin bronze alloy C905 is typically found in gears and high-strength bushing & bearing applications where high low speeds, high strength, and heavy loads are present.

C905

Silicon Bronze C875

Erie Bronze & Aluminum is a non-ferrous silicon bronze casting supplier specializing in bronze alloy castings. Serving numerous industries, we cast a variety of non-leaded bronze alloys, including Silicon Bronze C875. Typical uses for Silicon Bronze alloy C875 include bearings, gears, impellers, propellers, valve stems, pump fixtures, valve bodies, and plumbing fixtures.

C875

Aluminum Bronze C952

Erie Bronze & Aluminum is a non-ferrous sand casting supplier specializing in bronze alloy castings. Serving numerous industries, we cast a variety of non-leaded bronze alloys including Aluminum Bronze C952. Aluminum Bronze C952 is corrosion-resistant to seawater, chlorides, and dilute acids, making it one of the best options for needs in heavy industrial and marine industries.

C952

Tin Bronze C907

Erie Bronze & Aluminum is a non-ferrous sand casting supplier specializing in bronze alloy castings. Serving numerous industries, we cast a variety of non-leaded bronze alloys, including Tin Bronze C907. Tin Bronze Alloy C907 is known for excellent soldering, good brazing, and fair machinability. It is capable of accepting shock and impact loads, but with reduced surface speeds, making them an excellent choice for high strength bushings and bearings as well as moveable bridge components.

C907

Tin Bronze C911

Erie Bronze & Aluminum is a non-ferrous sand casting supplier specializing in bronze alloy castings. Serving numerous industries, we cast a variety of non-leaded bronze alloys, including Tin Bronze C911. Tin bronze alloys are known for good corrosion resistance, reasonably high strength, good wear resistance, and a lower coefficient of friction when compared to steel.

C911

Glass Mould Alloy 700XX

700XX is used as a mold material in the glass container industry and other high temperature controlled heat transfer applications which experience severe wear conditions at elevated temperatures. The higher nickel content gives 700XX increased resistance to wear and corrosion compared to alloy 690, thereby making this alloy an excellent choice for neck rings and bottom plates.

700XX

Glass Mould Alloy 690

690 is used as a mould material in the glass container industry and other high temperature controlled heat transfer applications with severe wear conditions at elevated temperatures. Although slightly more susceptible to sulfur corrosion than 700XX, the ability to maintain consistent linear expansion during the heating and cooling cycles makes alloy 690 the perfect choice for glass container bottle moulds.

690