Copper rod

Copper rod

Copper rod in assortment

Electrical engineering
Mechanical engineering

Characteristics

Alloys:
Cu-ETP, Cu-Of
Diameter, mm:
5-140
Temper:
soft, half-hard, hard

Опис

Volyn' Biznes Resurs offers copper bars in stock and for production.


 

Cu-ETP is a copper alloy that contains a small amount of oxygen but no phosphorus and is therefore best suited for use in the electrical industry. This alloy has the highest electrical conductivity. Copper content - 99.90%. 

Cu-OF is a highly conductive oxygen-free copper with a minimum copper content of 99.95%. It offers the benefits of both ETP electrolytic copper and phosphorus deoxidized copper. The high purity and absence of deoxidizers ensures 100% IACS electrical conductivity, as well as no susceptibility to hydrogen embrittlement. Cu-OF has very good brazing and welding properties, unlike Cu-ETP. 

Cu-FRTP is a copper alloy obtained by electrolytic refining, electrolytic mining, chemical refining or fire refining. which does not contain arsenic. Does not have high electrical conductivity. The copper content is not less than 99.85%.

Cu-HCP  is a copper alloy with a low residual phosphorus content, deoxidized copper. It has very high electrical and thermal conductivity, excellent soldering properties, as well as resistance to hydrogen. It is characterized by excellent hot cold forming properties, as well as good resistance to corrosion in water and especially in the atmosphere (including industrial atmosphere).

Cu-PHC is a deoxidized, oxygen-free copper with a very low residual phosphorus content. It has very good formability, weldability and brazability with very high electrical conductivity (min. 100% IACS).


 

The product is manufactured in accordance with the following European standards: 

EN 13601 "Copper rod, bar and wire for electrical purposes".

 


 

VBR offers copper rod in soft, half-hard and hard state according to EN 13601. Each state provides certain characteristics for rods: hardness, tensile strength and elongation.

Hardness - is the value of material hardness. The measurement is carried out according to the Vickers method: determining the hardness of the metal by the size of the impression left by a diamond tip in the form of a quadrangular pyramid, which is pressed into the surface under the influence of the load. It is defined in units of HV.

Tensile strength - that is, temporary resistance - a measurement of the load corresponding to the greatest effort that precedes the destruction of the sample. It is measured in N/mm² (MPa).

Elongation - that is, relative elongation - is a value that shows the percentage by which a material is elongated before it breaks. This indicator is especially important for sheets used for deep drawing. It is measured in %.


 


 

According to EN 13601 "Copper rod, bar and wire for electrical purposes" offers copper rods of alloys Cu-ETP, Cu-OF, Cu-FRTP and Cu-HCP with the following characteristics:

 

Elongation

Soft state Half-hard state Hard state Espesially the hard state
Cu-ETP мін. 35% мін. 12% мін. 8% мін. 5%
Cu-FRHC мін. 35% мін. 12% мін. 8% мін. 5%
Cu-PHC мін. 35% мін. 12% мін. 8% мін. 5%
Cu-HCP мін. 35% мін. 12% мін. 8% мін. 5%

Tensile strength

Soft state Half-hard state Hard state Espesially the hard state
Cu-ETP макс. R200 мін. R160 мін. R220 мін. R320
Cu-FRHC макс. R200 мін. R160 мін. R220 мін. R320
Cu-PHC макс. R200 мін. R160 мін. R220 мін. R320
Cu-HCP макс. R200 мін. R160 мін. R220 мін. R320

Hardness

Soft state Half-hard state Hard state Espesially the hard state
Cu-ETP 35-65 HV 70-95 HV 90-115 HV мін.110 HV
Cu-FRHC 35-65 HV 70-95 HV 90-115 HV мін. 110 HV
Cu-PHC 35-65 HV 70-95 HV 90-110 HV мін. 110 HV
Cu-HCP 35-65 HV 70-95 HV 90-115 HV мін. 110 HV

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