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Cupral 4® Aluminum Bronze

Cupral 4® (CuAl13Fe3) material, produced by Saglam Metal, is a hard bronze material with high wear resistance and excellent sliding properties.

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Cupral 4® (CuAl13Fe3) Material: What is it?

Cupral 4® (CuAl13Fe3) material, produced by Saglam Metal, is a hard bronze material with high wear resistance and excellent sliding properties.

Cupral 4® (CuAl13Fe3) is a high-strength alloy material. It is created by combining different elements such as copper, aluminum, manganese, and iron in specific proportions. Cupral 4® (CuAl13Fe3) is widely used in many sectors thanks to its high durability, wear resistance, and excellent performance at high temperatures. Additionally, this material exhibits good corrosion resistance and has electromagnetic interference shielding properties. Cupral 4® (CuAl13Fe3) is commonly used in the production of high-performance components in various industries, including automotive, aviation, defense, shipbuilding, and others.

What are the Mechanical Properties of Cupral 4® (CuAl13Fe3)?

You can find the material properties of Cupral 4® (CuAl13Fe3) in the "Technical Details" tab. All mechanical and material properties of Cupral 4® (CuAl13Fe3) bronze are specified within this tab.

Where is Cupral 4® (CuAl13Fe3) Used?

Cupral 4® (CuAl13Fe3) material can be used in wearing parts, wear-resistant slides, bending tools, pipe-end holding jaws, taper cams, bush manufacturing, plastic mold production, spoons, ladles, and thrust plate bushes.

What is the Price of Cupral 4® (CuAl13Fe3) Material?

The price of Cupral 4® (CuAl13Fe3) material varies depending on the product section, dimensions, and surface quality. You can access Cupral 4® (CuAl13Fe3) prices through the "Switch to Online Sales" button on the www.saglammetal.com homepage.

Chemical Composition and Material Number

Code: 9C, C954, AMS 4871, AMS 4873, C95200, C95400, C62300, CC331G, ASTM B271, ASTM B-505, CuAl10Fe, CuAl10Fe2, CuAlFe3, CuAl10Fe3

Aluminium	Iron	Manganese	Other	Copper
Al	Fe	Mn	Max	Cu
12.5 - 13.5	3.5 - 5.0	max. 2	1	Remaining

Heat Treatment: It is not necessary. If there is intensive machining, stress relief at 380 °C for 4 hours is recommended.

Mechanical Properties

Hardness	270 - 320	HB
Tensile Strength	700 - 800	N/mm²
Yield Strength	350 - 450	N/mm²
Moduls of Elasticity (20°C)	120	GPa
Elogation L=5D	1	%
Compressive Strength	1050 - 1200	Mpa

Physical Properties

Electrical Conductivity	5	%
Thermal Expansion Coefficient	16	1/K * 10^-6
Thermal Conductivity (20°C)	65	W/mK
Density	7.25	g/cm³

Special Information

Continuous cast products of rods, sand castings, centrifugal casting, forging , alloying and casting products according to the picture and special composition for Aerospace Industry, Automotive Manufacturing and Manufacturing Industry.

Cupral 4® Aluminum Bronze

Cupral 4® Low Hardness

Cupral 4® (CuAl13Fe3) material, produced by Saglam Metal, is a hard bronze material with high wear resistance and excellent sliding properties.

Cupral 4® (CuAl13Fe3) Material: What is it?

What are the Mechanical Properties of Cupral 4® (CuAl13Fe3)?

Where is Cupral 4® (CuAl13Fe3) Used?

What is the Price of Cupral 4® (CuAl13Fe3) Material?

Chemical Composition and Material Number

Code: 9C, C954, AMS 4871, AMS 4873, C95200, C95400, C62300, CC331G, ASTM B271, ASTM B-505, CuAl10Fe, CuAl10Fe2, CuAlFe3, CuAl10Fe3

Aluminium

Iron

Manganese

Other

Copper

Al

Fe

Mn

Max

Cu

12.5 - 13.5

3.5 - 5.0

max. 2

1

Remaining

Heat Treatment: It is not necessary. If there is intensive machining, stress relief at 380 °C for 4 hours is recommended.

Mechanical Properties

Hardness

270 - 320

HB

Tensile Strength

700 - 800

N/mm2

Yield Strength

350 - 450

N/mm2

Moduls of Elasticity (20°C)

120

GPa

Elogation L=5D

1

%

Compressive Strength

1050 - 1200

Mpa

Physical Properties

Electrical Conductivity

5

%

Thermal Expansion Coefficient

16

1/K * 10-6

Thermal Conductivity (20°C)

65

W/mK

Density

7.25

g/cm3

Special Information

Cupral 5M® Nickel-Aluminum

Cupral 6® Medium Hardness

Industries

Automotive

White Goods - Electronics

Application

Wear plates

Pipe Profile Manufacturing

Clamping Jaws

Bend Die

N/mm²

N/mm²

1/K * 10^-6

g/cm³