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Cupro MAX (CuCrZr) Hard Copper Alloy

Cupro MAX (CuCrZr)

Cupro Max (CuCrZr) is one of the copper alloys with the highest electrical conductivity. Because it is alloyed with chromium and zirconium, its hardness is higher than pure copper, and it can also be shaped by wire erosion.

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What is Cupro Max (CuCrZr) Material?

What are the Properties of Cupro Max (CuCrZr)?

The heat and electrical conductivity of copper alloys decrease as the hardness increases. Cupro Max (CuCrZr) has 2 times higher hardness than pure copper without losing much of its electrical conductivity. For this reason, it is used in places where both hot and cold abrasion resistance and conductivity are expected. As an EDM electrode, it shows 3 times more wear resistance than pure copper in the plunge erosion process.

Where is Cupro Max (CuCrZr) Used?

Cupro Max (CuCrZr); Electrode tips and discs of low carbon steels and galvanized sheets in resistance welding, continuous casting molds of steel and aluminum, electrodes of plunge electro-erosion machines, cooling parts and molds in the casting of non-ferrous metals, pistons of aluminum injection machines, welding and seam ends in plastic packaging, plastic injection machines It is used in spray nozzles, as cathode carrier and guide plate in Galvano technique, in electrical equipment, contacts, studs, connection bars, forming and cooling tools in plastic extrusion.

It is used in contact rings of asynchronous motors of electric vehicles and renewable energy sources in new generation applications.

What is the Price of Cupro Max (CuCrZr) Material?

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

Chemical Composition and Material Number

Code: DIN 17666 – W. Nr. 2.1293 – 44759, A2/2, EN: CW 106C, AFNOR: UC1Zr, USA: CDA: C18100, C18150, C18200, C18400, C15000, DIN ISO 5182 RWMA: Class 2, CuCr1Zr, CuCrZr, CuCr1, CuCr, CCZ

Chromium	Zirchonium	Other	Copper
Cr	Zr		Cu
0.5-1.2	0.03-0.3	0.20	Remaining

Delivery Condition: Heat-treated condition

Mechanical Properties

Hardness	135-170	HB
Tensile Strength	400-500	N/mm²
Yield Strength	320-410	N/mm²
Moduls of Elasticity (20°C)	122	GPa
Elogation L=5D	18	%

Physical Properties

Electrical Conductivity	45	MS/m
Thermal Expansion Coefficient	17	1/K
Thermal Conductivity (20°C)	320	W/mK
Density	8,9	g/cm³

Special İnformation

Ø100 - 120 mm extruded circles. Various blade sizes. Also, as per the customer's specifications.

Cupro MAX (CuCrZr) Hard Copper Alloy

Cupro MAX (CuCrZr)

What is Cupro Max (CuCrZr) Material?

What are the Properties of Cupro Max (CuCrZr)?

Where is Cupro Max (CuCrZr) Used?

What is the Price of Cupro Max (CuCrZr) Material?

Chemical Composition and Material Number

Code: DIN 17666 – W. Nr. 2.1293 – 44759, A2/2, EN: CW 106C, AFNOR: UC1Zr, USA: CDA: C18100, C18150, C18200, C18400, C15000, DIN ISO 5182 RWMA: Class 2, CuCr1Zr, CuCrZr, CuCr1, CuCr, CCZ

Chromium

Zirchonium

Other

Copper

Cr

Zr

Cu

0.5-1.2

0.03-0.3

0.20

Remaining

Delivery Condition: Heat-treated condition

Mechanical Properties

Hardness

135-170

HB

Tensile Strength

400-500

N/mm2

Yield Strength

320-410

N/mm2

Moduls of Elasticity (20°C)

122

GPa

Elogation L=5D

18

%

Physical Properties

Electrical Conductivity

45

MS/m

Thermal Expansion Coefficient

17

1/K

Thermal Conductivity (20°C)

320

W/mK

Density

8,9

g/cm3

Special İnformation

Cupro NS (CuNi2SiCr)

Cupro NB CuNi2Be

Industries

Space and Aviation

Defence Industry

Railroads

Automotive

White Goods - Electronics

Iron and Steel

Application

Pipe Profile Manufacturing

Plastic İnjection

Hot Runner Systems

Seam Welding

Spot Welding

Holders

Sinking Erosion Electrodes

N/mm²

N/mm²

g/cm³