• High conductivity copper wire is used as the raw material.
  • Copper wire is checked for diameter and surface quality before proces
  • Multiple fine copper wires are combined together.
  • A stranded conductor is formed to achieve the required cable size.
  • This process improves cable flexibility and strength
  • PVC insulation is applied uniformly over the stranded conductor.
  • Different colors are used for phase, neutral, and earth identification.
  • Insulation provides electrical safety and protection.
  • Two or more insulated cores are assembled together.
  • Core laying is done according to the cable design.
  • Proper alignment ensures uniform cable construction.
  • An outer PVC sheath is applied over the assembled cores.
  • The sheath protects the cable from moisture, abrasion, and mechanical damage.
  • Cable marking and identification can also be printed on the sheath.
  • The finished cable is wound into standard coil lengths.
  • Length measurement is carried out automatically.
  • Coils are wrapped and packed for safe transportation.
  • Final inspection and quality checks are performed.
  • Finished cable rolls are stored and dispatched to customers.

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