Building Wire / Telephone Wire

Wires & Cables

Conductor:

Each conductor consist of a round wire of annealed high conductivity copper, smoothly drawn with uniform diameter and resistance.


Insulation:

Each conductor is insulated with either solid medium/ high density polyethylene or Foam Skin polyethylene insulation. The conductor are insulated in various colours with extremely tight tolerances in order to meet by cable the electrical and transmission characteristics.


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Building Wire / Zero Halogen

Burning Electrical Wires are a great danger to your life and property in many ways. Using Zero Halogen Wires can save your life and property.

The danger of burning PVC insulated wires are: Heavy Fumes, high smoke, poor visibility, presence of lead, corrosion are just a few pf the toxic effects that take a heavy till in fire accidents. In this scary situation PVC insulated cables have become the main culprit.

ZERO HALOGEN (FR) CABLE:

Zero Halogen Flame Retardant Wires are insulated with ZHFR compound . It is a superior and safer alternative to conventional wires which are made of PVC. ZHFR insulated Wires are filled with hydrated fillers which release water during fire. They are user Friendly, help to save life, property and cost fractionally more money.


Comparative Results of Conventional PVC Wires v/s Zero Halogen FR Wires.
  • PVC Wires
  • PVC Wires Emit Thick & Dense Smoke Which Reduces Visibility & Causes Panic.
  • Contains Heavy Metals like Lead. Hence Cancer Risk.
  • High Release of Toxic and corrosive Gases. Can cause Death Due to Choking & Suffocation.
  • May or May not be Flame Retardant.
  • High Post Fire Damage due to release of  HCI Which is Very Corrosive.
  • ZERO HALOGEN FR Wires
  • 5 Times Less Smoke than PVC in case of Fir.Makes Escape easy.
  • Completely Free of Heavy Metals. No Risk of Cancer.
  • Extremely Low / Negligible Release of Gases. Safe Passage for People to Escape.
  • 100% Flame Retardant. Guaranteed Safety.
  • Post Fire Damage due to Corrosion is Nil.

Zero Halogen Flame Retardant Wires are Manufactured as per British Standards BS 7211 Confirming to the Highest Standards of Safety and Quality.

Other Reference Standards : IEC 322-1&2, IEEE 383, IEC 754-1&2, BS 4066- 1 & 3, BS 7655-5.1 ASTM D2863 & D 2843.

Standard Packaging

Nos. & Diameter of Wire

Nominal Thickness of Insulation

Approx Overall Diameter of Wire

Current rating 2 cable single phase ac/dc

Maximum DC resistance at 20° C

Standard Packaging

 

mm

Mm

mm

sqmm

Ohm/km

 

12

7/0.43

0.7

2.8

13

18.10

12

12

14/0.3

0.7

2.8

13

18.10

12

12

7/0.53

0.7

3.2

16

12.10

12

12

22/0.3

0.7

3.2

16

12.10

12

8

7/0.68

0.8

3.8

22

7.41

8

8

36/0.3

0.8

3.8

22

7.41

8

6

7/0.86

0.8

4.3

30

4.61

6

6

56/0.3

0.8

4.3

30

4.61

6

4

7/1.05

0.8

5.3

38

3.08

4

4

84/0.3

0.8

5.3

38

3.08

4

2

7/1.35

1

6.0

51

1.91

2

2

140/0.3

1

6.0

51

1.91

2