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8 mm wire rod from the continuous casting plants is drawn down to 0.05 mm at cold working temperature successively at different drawing machines with annealing units in accordance with the standards and/or customer requirements.

Size range : 0.05-4.50 mm

Related Standards : ASTM B1,ASTM B2, ASTM B3, EN 13601, EN 13602

Bunched wires having cross sections from 0.055 to 300 mm2 are produced by bunching a certain number of single end wires with certain diameters.

Regular Bunch : In regular bunch construction the respective wires do not have a defined position in the bunch cross section, the surface is irregular and the diameter and roundness varies.

Concentric Bunched Conductors : They have cross sections from 0.055 to 300 mm2 and are produced by bunching a certain number of single end wires with certain diameters to obtain a defined geometric arrangement with smooth and regular surface.

Concentric Geometric Arrangement of Concentric Bunched Conductors : Unilay Concentric:There is one or more layers of wires (1+6, 1+6+12… etc.) around one single wire at the center. Each wire layer has the same lay length and direction.

Unidirectional Concentric : Lay directions of layers are the same but lay lengths increase from center.

Equilay Concentric : Lay lengths of layers are the same but lay directions are different.

Conventional, True Concentric : Lay directions of layers are different and lay lengths increase from center.

Carton baskets are tightened with compozite straps and shrink-wrapped. Only 1800-2000 kg baskets are used for tin plated wires.

Multiwire : Bundles consisting of 3-24 wires are drawn down to 0,05-1,04 mm on spools as static or dynamic winding according to customer request.

Related Standards : ASTM B1, ASTM B3, ASTM B33, ASTM B355 EN 13602

Fields of Application : Stranded-bunched wires, ropes, data cables, renewable energy system cables and local area network (LAN) cables.

Multiwire on Braider Bobbins : Bare, tin or nickel plated multiwires are also supplied on different types of braider bobbins by using state of the art rewinding machines.