Copper Rods
Copper alloys:
- Copper: Copper, Nickel, Leaded Copper, DHP Copper, DHL Copper, CDA Copper Alloys, Electrolytic Copper, Cadmium Copper, Chromium Copper, Beryllium Copper, Oxygen Free Copper and many more based on custom specification.
- The copper extrusion rods are made by billets under experienced experts. Once the billets are thoroughly heated, they are extruded in a hydraulic process.
- Stock extrusions are then moved to the draw area where they have been tipped, drawn, straightened, or cold rolled.
- Then the copper extrusion rods are checked and monitored for their chemical, mechanical and electrical properties to meet your specific requirements.
- Square Copper Bars
- Hollow Copper Bars
- Semi-hollow copper rods
- Stable copper rods
- Round copper bars
- Half round copper rods
- Hex Copper Rods
- Flat Copper Bars
- Rectangular copper bars
- Knurling copper rods
- Octagon Copper Rods
- Copper tensile strength test.
- Testing the hardness of copper alloys.
- surface inspection.
- RoHS and ELV compliant alloys.
- The extrusion process increases the strength of the material.
- High thermal and electrical conductivity.
- Excellent machinability and corrosion resistance.
- Resistance to abrasion and stress.
- Versatile and malleable ladder.
- Resistance to harsh temperatures and environments, moisture and chemicals.
- Copper bars are available in simple to complex tolerances.
- Excellent drawability and excellent surface.
- Extruded copper rods are ideal for various power and communication cables, house wiring, power and distribution transformer strips and more.
- Widely used to achieve safe, reliable and long-term grounding protection.
- Copper rods commonly used to work precisely.
- Extruded Copper Rods commonly used in Electrical, Electronics, Civil, Waterworks, Manufacturing, Medical, Automotive, Automotive, Aerospace, Transportation, Food and many other industries.
We are the total solution to manufacture and export a range of Copper Bars based on your Custom Specification. With an extensive inventory of extruded rod, bar, sheet, profile, plate and more, we offer the best product solution based on your specifications and needs. Copper Bars are manufactured by various processes including Extrusion, Casting, Rolling, Machinability, Smelting, Forming, Heat Treating, Surface Finishing and many more. These processes turn copper into circular or rod shaped pieces that can be machined or used for all kinds of applications.
We mainly offer two types of Copper Rods including Male Threaded Copper Rods and Female Threaded Copper Rods. There are also various other types of copper rod including copper wire rod, solid copper rod, profile copper rod, copper tube rod, copper semi-finished products and more. Copper is a widely used and versatile material with excellent properties for use in various industries. The range of special copper rods are widely used in various industrial fields due to the use and improvement of properties. Whether you are looking for Copper Bars for Electrical, Automotive, Automobile, Aerospace, Lightning or other applications, we offer a comprehensive range of Copper Bars in various sizes, shapes and quantities. From the simplest to the most complex Copper Extrusion Rods, we have products to meet all of your extrusion needs. Through the precise combination of material and alloys, we produce and cast precise copper extruded rods for you. We also offer Copper Bars with various surface finishing options including Nickel, Electroless Nickel, Silver, Solder, Tin Plated, Epoxy Powder Coating, Partial Coating and more.
Select the Extruded Copper Rod selection based on various factors including material alloys, design, shapes, process capabilities and more for your required application. We provide mass production for Extruded Copper Rod.
Custom Extrusion Process:
Shapes and Shapes of Extruded Copper Rods:
Copper Extruded Rods Test Method:
Extruded copper rods
Extruded Copper Bars Applications:
Copper International Material Grade Comparison Chart
material |
Germany |
USA |
UK (British) |
Europe |
Japan |
International |
India |
category |
DIN |
ASTM |
BS |
EN |
JIS |
ISO |
IS |
Chromium Zirconium Copper (General Reference Density 8.89 gm/cm3) | |||||||
zirconium copper |
2.158 |
C15000 |
|
CW120C |
Z3234(99)-CuZr |
CuZr |
IS 8365 CuZr |
Copper Chromium Nickel Silicon |
2.0855 |
C18000 |
DTD498 |
CW111C |
|
CuNi2Si |
|
Copper Chrome Zirconium |
2.1293 |
C18150 |
CC102 |
CW106C |
|
CuCr1Zr |
IS 8365 CuCrZr |
chrome copper |
2.1291 |
C18200 |
CC101 |
CW105C |
|
1640-CuCr1 |
IS 8365 CuCr |
Cupronickel (General Reference Density 8.94 gm/cm3) | |||||||
CuNi2.2 |
|
C70200 |
|
|
|
|
|
CuNi11 |
|
C70800 |
|
|
|
|
|
Copper nickel 95/5 |
|
C70400 |
CN101 |
|
C2532-GCN10 |
|
IS 8362 95/5 |
copper nickel |
2.0882 |
C71500 |
CN107 |
CW354H |
H3300(92)-C7164T |
1634-CuNi30Mn1Fe |
IS 8362 70/30 |
CuNi6 |
|
C70500 |
CN102 |
|
|
|
|
Copper nickel 90/10 |
2.0872 |
C70600 |
CN102 |
CW352H |
Z3341(93)-YCuNi-1 |
1634-CuNi10Fe1Mn |
IS 8362 90/10 |
Other Copper (General Reference Density 8.94 gm/cm3) | |||||||
Electrolytic Tough Pitch (ETP) |
2,006 |
C11000 |
C101 |
CW004A |
H3250(92)-C1100 BE |
R1337 CuETP |
IS191 – CuETP |
IS 6912-ETP |
|||||||
phosphorus deoxidized |
2.0076 |
C12000 |
C106 |
CW009A |
H3300(92)-C1201T |
Cu DLP |
|
tellurium copper |
2.1546 |
C14500 |
C109 |
CW118C |
|
1637 CuTe |
IS 8328 |
Low lead nickel copper |
|
C19140 |
|
|
|
CuNiPbP |
|
DHP COPPER |
2.009 |
C12200 |
C12200 |
CW024A |
C1220 |
Cu-DHP |
IS:191 Cu-DHP |
DLP COPPER |
2.0076 |
C12000 |
|
CW023A |
C1201 |
Cu DLP |
IS 1545 Cu DLP |
Leaded Nickel Copper |
|
C19160 |
|
|
|
CuNi1Pb1P |
|