| Fisk Alloy Wire Inc, USA, is a world-wide recognised manufacturer of copper alloy wires that meet specific alloy, shape and quality requirements. In addition to the standard range of copper alloys and using proprietary technology, Fisk develops and produces high-performance copper alloys, in wire, that offer combinations of strength, conductivity, solderability, softening resistance and formability which exceeds those of standard alloys. Through optimised processing steps of rolling, drawing and heat treating, wire is processed and tailor-made to the customers' specification.
The company�s portfolio of products can be delivered either in round, square, flat or special shapes. They are specifically suitable for use in internal components and devices found in computers, telecommunications equipment, industrial controls, consumer electronics and appliances. Among other products, the company�s plated wire is used to produce electronic relays, connectors, switches, coil transformers, solenoids, signal and power distribution in avionics, semi-conductor and automotive applications.
Fisk also offers extensive in-house wire electroplating capabilities which enable the company to control all factors in the production of wire products and ensure optimal processing and product performance. Common quality systems in wire and plating production ensure greater product integrity and consistent quality. Fisk complete portfolio of plating systems includes tin, tin-lead, nickel, copper, gold, silver and palladium as well as combinations thereof. Diversity in alloy substrate and surface coating combinations allows engineering leverage of these two design factors to the greatest advantage for each customer and product application.
Furthermore, the Conductor Division of Fisk provides customers with a wide selection of high-performance conductor alloys, such as copper C102/C110; Percon 24; Percon 11; Percon 17; cadmium copper (C162); copper clad steel (40%); Micro Shield�. Fisk Alloy Conductors, Inc. employs technologies for fine wire drawing, stranding, and heat treating copper alloys and bimetallic composites to produce specialty stranded conductors and bobbins. These alloy conductors are used in applications where operating temperatures, strengths, flexibility or ambient environment cause copper wire to fail.
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