Electrical conductors - Import export

Busbars are typically used in high current, low voltage distribution and control equipment. Typical busbar applications include busway systems, low and medium voltage switchgear, transformers, earthing, electrification - lines panel boards, switchboards, and feeds to heavy electrical uses in commercial and industrial buildings - such as plating cells and feeder systems. Busbars can be made from copper or aluminum, but we couldn’ t argue the reality that copper bus bars are the better electrical conductors. Also installers can use smaller busbars if they are made by copper. On the other hand copper busbars have better resistance to corrosion than the aluminum busbars.We have large production facilities for extruded and drawn flats in various production range of sizes and shapes for electrical engineering, anodes, components etc.

Electrical tapes are used to insulate electrical wires and other materials that conduct electricity. The tape can be used in white goods applications. It is used for coil, capacitor and cable installations. The tape is resistant to UV light, inhibits corrosion of electrical conductors.

The electricity is conveyed from the conductors via the brushes in the trolleys, which move with the machinery, to supply continuous power to the mobile machinery This eliminates the possibility of accidents and malfunctions associated with the movement of cables.

The electricity is conveyed from the conductors through the brushes in the trolleys, which travel with the machinery, to supply continuous power to the mobile machinery This eliminates the possibility of accidents and malfunctions associated with the movement of cables.

The electricity is conveyed from the conductors via the brushes in the trolleys, which travel with the machinery, to supply continuous power to the mobile machinery This eliminates the possibility of accidents and malfunctions associated with the movement of cables.

The electricity is conveyed from the conductors via the brushes in the trolleys, which move with the machinery, to supply continuous power to the mobile machinery This eliminates the possibility of accidents and malfunctions associated with the movement of cables.

The electricity is conveyed from the conductors via the brushes in the trolleys, which move with the machinery, to supply continuous power to the mobile machinery This eliminates the possibility of accidents and malfunctions associated with the movement of cables.

Busbars are typically used in high current, low voltage distribution and control equipment. Typical busbar applications include busway systems, low and medium voltage switchgear, transformers, earthing, electrification - lines panel boards, switchboards, and feeds to heavy electrical uses in commercial and industrial buildings - such as plating cells and feeder systems. Busbars can be made from copper, but we couldn’ t argue the reality that copper bus bars are the better electrical conductors. Also installers can use smaller busbars if they are made by copper. On the other hand copper busbars have better resistance to corrosion than the aluminum busbars.We have large production facilities for extruded and drawn flats in various production range of sizes and shapes for electrical engineering, anodes, components etc. They are produced OF upward cansting than Contunious processing and drawing.

Busbars are typically used in high current, low voltage distribution and control equipment. Typical busbar applications include busway systems, low and medium voltage switchgear, transformers, earthing, electrification - lines panel boards, switchboards, and feeds to heavy electrical uses in commercial and industrial buildings - such as plating cells and feeder systems. Busbars can be made from copper or aluminum, but we couldn’ t argue the reality that copper bus bars are the better electrical conductors. Also installers can use smaller busbars if they are made by copper. On the other hand copper busbars have better resistance to corrosion than the aluminum busbars.We have large production facilities for extruded and drawn flats in various production range of sizes and shapes for electrical engineering, anodes, components etc.

EMTA Conductor & Cable has worldwide experience in rod manufacturing for different standarts and countries. EMTA has produced in excess of 60,000 metric tons of Continuous Cast Aluminum Rod in its own plants in Kadirli. EMTA Aluminum Continuous Casting and Rolling lines are designed to produce pure electrical conductor grade aluminum rod by using A7E (purity of 99,7%) and A8 (purity of 99,8%) and alloy conductor grade aluminum rod coils directly from pure molten metal on a continuous basis. EMTA can produce heat-treatable alloys rod with tempers supplied which from F (as Fabricated) to T4 (Thermally Treated). EMTA manufacturing lines are designed to produce from 9.5 to 15 mm diameter rods in level wound coils and packed in both "Eye to Side" and "Eye to Sky" coils of 2 tons covered with paperboard and plastic shrinkage to be delivered on wooden pallets.