Annealed Stranded Copper Conductors
$0.00Cross Section
- 0.5mm2 ∼ 300 mm2
Technical Specification
- Multi Strand
- Annealed
- Resistance Table II ,III and IV in BS EN 60228: 2005
Annealed Stranded Copper Conductors
$0.00Cross Section
- 0.5mm2 ∼ 300 mm2
Technical Specification
- Multi Strand
- Annealed
- Resistance Table II ,III and IV in BS EN 60228: 2005
Annealed Stranded Copper Conductors
$0.00Cross Section
- 0.5mm2 ∼ 300 mm2
Technical Specification
- Multi Strand
- Annealed
- Resistance Table II ,III and IV in BS EN 60228: 2005
Basbar
$0.00Usage
Excellent electrical and thermal conductivity Good workability, drawability, corrosion and weathering resistancy Applicable to distribution panels.
Basbar
$0.00Usage
Excellent electrical and thermal conductivity Good workability, drawability, corrosion and weathering resistancy Applicable to distribution panels.
Basbar
$0.00Usage
Excellent electrical and thermal conductivity Good workability, drawability, corrosion and weathering resistancy Applicable to distribution panels.
Cathode Steel & Products
$0.00The greatest Tank Bioleaching method in copper cathode production in the world is now constructed by Iranian Babak Copper Co. on a location 23 km away from Shahr-E-Babak city with nominal capacity of 50,000 tons a year. The chemical studies, pilot and process designing are done by EPCM, a Canadian company, and its executional operations have been started on Aug-17-2011 and hopefully will be inaugurated in mid-2016.
Cathode Steel & Products
$0.00The greatest Tank Bioleaching method in copper cathode production in the world is now constructed by Iranian Babak Copper Co. on a location 23 km away from Shahr-E-Babak city with nominal capacity of 50,000 tons a year. The chemical studies, pilot and process designing are done by EPCM, a Canadian company, and its executional operations have been started on Aug-17-2011 and hopefully will be inaugurated in mid-2016.
Cathode Steel & Products
$0.00The greatest Tank Bioleaching method in copper cathode production in the world is now constructed by Iranian Babak Copper Co. on a location 23 km away from Shahr-E-Babak city with nominal capacity of 50,000 tons a year. The chemical studies, pilot and process designing are done by EPCM, a Canadian company, and its executional operations have been started on Aug-17-2011 and hopefully will be inaugurated in mid-2016.