For Sale - LI - 215

Cable and Wire Plant with business on sale. Manufacturing process, covering everything from raw materials to finished products.

Manufacturer of Household wires, Automotive wire, Flat cable, Multicore cable, Submersible cable, Plastic Molded components, Wiring harness, Cable assemblies, Battery Cable Assemblies, PCB assemblies.

Product Range
Wires and Cables
Molded Electrical Components
Wire Harness
Single & Double Line Color Cables
Multistrand
Copper Conductor
Unistrand
AluminumConductor
Wires ranging from 0.35 sq.mm to 70 sq.mm

Machines:-
Intermediate wire drawings machine
Highspeed fine wire drawing machine
Online annealing machine (32 lines )
Tin plating machine ( 10 lines)
Bunching machine
Coiling machine
Stranding machine
Butt welding

Fine drawing machine
Annealing pot
Extrusion - 45 mm
Extrusion - 65 mm
Coiling machine
Wire cutting
Crimping machine
Molding machine 80 tons
Highspeed bunching
Stranding machine
Butt welding

Stranding Machines for Multicore Cables
Double L Extrusion Machine Capacity : 160000Mtr single core
Second Extrusion Machine Capacity : 120000Mtr single core
Third Extrusion Machine Capacity : 30000Mtr single core
Annealing Furnaces , In house tinning facility, Multiple RBDs

Test Equipment available

Location: Pune

Raw Materials
The raw materials used in cable and wire manufacturing include copper, aluminum, and plastics. These materials are carefully selected for their conductivity, durability, and flexibility. The manufacturing process begins with the extrusion of the raw materials into thin wires that will be used to create the cables.

Stranding and Insulation
Once the wires have been extruded, they are stranded together to create the desired thickness. The strands are then coated with insulation to protect the wires from damage and to prevent electrical interference. This process requires precision and attention to detail to ensure the quality of the finished product.

Jacketing and Shielding
After the wires have been stranded and insulated, they are jacketed to provide additional protection and to make the cables easier to handle. Some cables also require shielding to prevent electromagnetic interference. The materials used for jacketing and shielding depend on the specific application of the cable.