Copper clad steel conductors are bi-metals, wherein a thick layer of copper is cladded onto low or medium or high carbon steel. This bi-metal has the uniqueness of combining high strength and electrical conductivity. The steel gives the strength, and the copper provides the conductivity.
The company manufactures its CCS in house.
CCS has very many applications, automobiles, electronics, oil exploration, coaxial cables.
AUTOMOBILES & COAXIAL CABLES
7×0.16 mm , 7×0.120 mm, 7×0.100 mm- These are the most popular constructions for the automotive coaxial segment.
This is an aggressively growing market, since all automobiles these days are fully loaded, with temperature control devices, air bags, sensors, cameras, music systems which support the iPod & memory stick, rain sensors, flood sensor, fire sensors, over heating sensors, malfunction signals , seat heating, GPS etc etc. All these functions are carried out inside the automobile through smart cables, which senses, delivers signals.
ELECTRONICS
0.110 mm, 37 AWG – These are high strength, tin coated copper clad steel conductors for wireless and other advanced electronic applications. Copper clad steel gives them three unique benefits, strength , conductivity and a magnetic field.
OIL EXPLORATION 19×34, 19×32, 19×28, 10 AWG, 11AWG, 16 AWG
How is oil detection done?
The collection of seismic data involves sending shock waves into the ground and measuring how long it takes for the subsurface rocks to reflect these waves back to the surface. The shock waves that are used today are usually generated by pounding the earth with giant vibrator trucks, but in the past gephysicists preferred to explode small dynamite charges in shallow holes. However, environmental restrictions in most places today prevent using explosives to collect seismic data. When shock waves created by the vibrator trucks travel into the earth, boundaries between the rocks reflect the waves back, and the arrival times of the waves back at the surface are detected by listening devices called geophones. Computers then process the geophone data and convert it into seismic lines, which are nothing more than two-dimensional displays that resemble cross-sections.
These electro tinned, 40% conductivity, high tensile strength copper clad steel conductors are specialized stranded conductors with a true concentric configuration which are used in geo phone strings.