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OSWAL CABLESCables · Conductors · EPC
Overhead power transmission towers and conductors at dawn

Since 1971 · Jaipur, India

Engineering theConductorsof Progress

Integrated cable and conductor solutions for critical power, mobility and infrastructure applications.

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Company credibility

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Established In

Five decades of continuous cable and conductor engineering.

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Customers Served

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Employees

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Product Range

₹0 Cr

Order Book

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CAGR (5 Years)

Client verification required: Installed capacity figures remain unpublished until confirmed in writing.

Macro view of a stranded aluminium conductor cross-section
High-voltage cable testing laboratory in operation

Who we are

Material, process and inspection stay connected — from rod to energised line.

Manufacturing critical cables and overhead conductors that support power infrastructure and contribute to India's progress.

From our base in Jaipur, Rajasthan, Oswal Cables manufactures low-voltage power cables, mobility cables, application-specific special cables and bare overhead conductors. Five decades of engineering practice, in-house testing and customisation capability allow us to serve utilities, industry, infrastructure developers and export customers with materials expected to last the life of an asset.

About Oswal Cables
Cross-sections of armoured power cables beside a coil of aluminium conductor

Engineered for the application, not the catalogue

Full catalogue
  • Building Wire & Cable
  • Building Wire & Cable
  • Building Wire & Cable
  • Building Wire & Cable
  • Service Drop Cables
  • Service Drop Cables
  • Bare Conductors
  • Bare Conductors
  • Wires & Accessories
  • Wires & Accessories
Copper XHHW-2 produced by Oswal Cables

Building Wire & Cable

Copper XHHW-2

Soft drawn bare copper conductor with abrasion, heat, moisture and flame resistant XLPE insulation for power distribution in conduits and raceways, rated for wet and dry locations up to 90°C.

Conductor
Soft drawn bare copper, compressed stranding
Insulation
Cross-linked polyethylene (XLPE), multiple colours
Temperature rating
90°C wet or dry
Surface
Low friction 'slick' compound on request

Applications: Services, feeders and branch circuits per NEC · Wet and dry location installations up to 90°C · Conduit and raceway power distribution · Cable tray use in 1/0 AWG and larger

Technical detail
Aluminum XHHW-2 / RW90 produced by Oswal Cables

Building Wire & Cable

Aluminum XHHW-2 / RW90

Compact AA-8000 series aluminium alloy conductor with cross-linked polyethylene insulation for service, feeder and branch circuits in wet or dry locations up to 90°C.

Conductor
Compact bare AA-8000 aluminium alloy, Class B
Insulation
Cross-linked polyethylene (XLP), ten solid colours
Temperature rating
90°C wet or dry
Surface
Low coefficient of friction 'slick' finish

Applications: Service, feeder and branch circuits in conduit or raceway · Wet and dry locations up to 90°C · Cable tray rating for 1/0 AWG and above on request · Sunlight exposed installations

Technical detail
Aluminum RHH / RHW-2 / USE-2 produced by Oswal Cables

Building Wire & Cable

Aluminum RHH / RHW-2 / USE-2

Compact 8000 series aluminium conductor with 90°C cross-linked polyethylene insulation for power distribution in raceway, conduit, direct burial and aerial installations.

Conductor
Compact bare 8000 series aluminium, Class B
Insulation
Cross-linked polyethylene (XLP), 90°C
Environment
Wet or dry locations, sunlight resistant
Resistance
Oil resistant PRI/PRII, gas and oil resistant GRI/GRII

Applications: Underground service entrance and distribution · Direct burial and duct installations · Aerial installations on messengers · Cable tray use in 1/0 AWG and larger

Technical detail
Type L2 Central Office Cable produced by Oswal Cables

Building Wire & Cable

Type L2 Central Office Cable

Heavy-duty tinned copper central office power cable with low smoke zero halogen XLPO insulation, engineered for AC and DC power distribution in telecommunications facilities.

Conductor
Class I stranded tinned copper, mylar taped
Insulation
LSZH cross-linked polyolefin (XLPO), 90°C
Temperature rating
90°C dry, 75°C wet, 250°C short circuit
Colours
Red, blue, grey, green, black to RAL references

Applications: Telecommunications central office power distribution · AC and DC feeds in conduit or cable tray · Facilities requiring low smoke zero halogen materials · Cable tray use in 1/0 AWG and larger

Technical detail
Duplex Service Drop produced by Oswal Cables

Service Drop Cables

Duplex Service Drop

Single insulated 1350-H19 aluminium phase conductor assembled with a bare neutral messenger for aerial service connections, temporary construction supply and street lighting.

Phase conductor
Compressed concentric 1350-H19 aluminium
Insulation
XLP (90°C) or PE (75°C)
Messenger
Bare AAC, ACSR or 6201 alloy neutral
Options
Ridged phase identification

Applications: Aerial service drops to single phase premises · Temporary supply at construction sites · Outdoor and street lighting circuits · Overhead secondary distribution

Technical detail
Quadruplex Service Drop produced by Oswal Cables

Service Drop Cables

Quadruplex Service Drop

Three insulated 1350-H19 aluminium phase conductors assembled with a bare neutral messenger to carry three phase power from pole-mounted transformers to the service head.

Phase conductors
Three compressed concentric 1350-H19 aluminium
Insulation
XLP (90°C) or PE (75°C)
Messenger
Bare AAC, ACSR or 6201 alloy neutral
Options
Ridged phase identification

Applications: Three phase service drops from pole transformers · Overhead secondary distribution networks · Commercial and light industrial service connections · Utility network extensions

Technical detail
ACSS Conductor produced by Oswal Cables

Bare Conductors

ACSS Conductor

Annealed 1350 aluminium wires stranded around a coated steel core, operating continuously up to 250°C at full strength with less sag, self-damping behaviour and higher current capacity than standard ACSR.

Construction
Aluminium alloy 1350 concentrically stranded over steel core
Temperature rating
Continuous operation to 250°C at full strength
Core options
Standard and high strength coated steel
Finish
Non-specular finish available on request

Applications: Overhead transmission and distribution lines · New lines requiring high emergency loading · Reconductoring on existing structures · Spans where conductor vibration is a problem

Technical detail
ACSR/AW Conductor produced by Oswal Cables

Bare Conductors

ACSR/AW Conductor

Aluminium 1350-H19 wires stranded around an aluminium-clad steel core, offering ACSR strength with slightly greater ampacity and improved corrosion resistance.

Construction
Aluminium 1350-H19 over aluminium-clad steel core
Benefit
Greater ampacity and corrosion resistance than ACSR
Stranding
6/1 through 54/19 configurations
Range
4 AWG to 1590 kcmil

Applications: Bare overhead transmission lines · Primary and secondary distribution · Corrosive and coastal environments · High mechanical strength spans

Technical detail
Galvanized Steel Guy & Earth Wire produced by Oswal Cables

Wires & Accessories

Galvanized Steel Guy & Earth Wire

Concentrically stranded galvanized steel wire strand used as overhead ground wire or static wire on transmission lines, as pole and structure guy wire, and as messenger cable for field-erected aerial cable.

Construction
Galvanized steel wires stranded over a central steel wire
Zinc coating
Class A, B and C — A lightest, C heaviest
Stranding
3, 4, 7, 19 and 37 wire constructions
Grades
Common through extra high strength and utility grade

Applications: Overhead ground wire and static wire · Pole and structure guy or stay wire · Messenger cable for aerial cable erection · Construction, industrial and power station use

Technical detail
Aluminum Tie & Ground Wire produced by Oswal Cables

Wires & Accessories

Aluminum Tie & Ground Wire

Solid soft 1350-O aluminium wire used to mechanically secure conductors to pin insulators in overhead line construction, and for grounding applications.

Conductor
Solid, soft 1350-O aluminium
Sizes
6, 4 and 2 AWG solid
Temper
Annealed for hand forming
Use
Mechanical securing and grounding

Applications: Tying conductors to pin insulators · Overhead transmission line construction · Distribution line construction · Grounding applications in line work

Technical detail

Manufacturing

A single production line, told in four chapters

Chapter 01 — Material

Aluminium and copper arrive to specification

Incoming rod and compound are checked against purchase specification before release to production, so every batch begins with verified material.

Control
Incoming inspection

Chapter 02 — Process

Drawing, stranding, insulation, armouring

Wire drawing, concentric stranding, extrusion, armouring and sheathing run as one connected line, keeping specification and process parameters together.

In-house
Full process chain
Output
Cables & conductors

Chapter 03 — Test

Electrical, mechanical and dimensional testing

Type, routine and acceptance tests are carried out in-house, with customer and third-party inspection supported at the point of manufacture.

Witnessing
Customer & third party

Chapter 04 — Traceability

Batch identity from raw material to despatch

Drum-level records connect material, process and test data, so a delivered length can be traced back through every stage that produced it.

Record
Drum-level
Copper rod breakdown machine and wire coils on the plant floor
01 / 04

Quality as a process

Not a certificate wall — a continuous chain of control

Management systems and product standards are documented and auditable. Certification is evidence of the process, shown here as supporting reference rather than decoration.

  1. Step 01

    Raw material

    Specification-controlled aluminium, copper and compounds released only after incoming checks.

  2. Step 02

    Manufacturing

    Process parameters recorded against the applicable product standard for each run.

  3. Step 03

    Testing

    Electrical, mechanical and dimensional tests performed in the in-house laboratory.

  4. Step 04

    Inspection

    Customer and third-party inspection supported at stage and final stages.

  5. Step 05

    Traceability

    Drum-level records linking material, process and test results.

  6. Step 06

    Dispatch

    Packing, marking and documentation prepared to contract requirements.

ISO 9001:2015Quality Management System

ISO 14001:2015Environmental Management System

ISO 45001:2018Occupational Health & Safety

UL 44Thermoset insulated wires and cables

UL 1685Vertical-tray fire propagation and smoke release

UL 854Underground service entrance cable

CSA C22.2 No. 38 (RW90)Thermoset insulated wires and cables

Quality & certifications

Client verification required: Certificate numbers, issuing authority and validity dates must be supplied and current before any certificate preview is published.

Global presence

Supplying India, connecting selected international markets

Locations reveal on hover or keyboard focus. Only confirmed information is plotted — no country counts, customer numbers or markets are published before written confirmation.

Jaipur, Rajasthan

Head office & manufacturing

Speak to our export desk

Investors and careers

Investor Centre

Precision, structure and disclosure

Governance information, approved reports and statutory disclosures, organised by financial year and published only after authorised approval.

Disclosures
Structured by financial year
Governance
Policies and board information
Approval
Published after authorisation
Enter Investor Centre
Engineering team reviewing technical drawings in the cable testing laboratory

Life at Oswal

Careers built around people who keep the lights on

Engineers, technicians and management professionals building long careers across manufacturing, quality and project execution.

Careers at Oswal

Latest from Oswal Cables

All insights

Company Update

Capacity and process upgrades across cable production lines

An overview of ongoing modernisation of extrusion, stranding and testing infrastructure at our manufacturing operations.

Industry Insight

Selecting conductors for renewable power evacuation

Design considerations when specifying AAC, AAAC and ACSR conductors for solar and wind evacuation lines.

Quality

Inside our cable testing and inspection routine

How type, routine and acceptance tests are sequenced to keep every despatch traceable and inspectable.