How PVC Coated Copper Wire increases Safety?

PVC coated copper wire has many advantages over bare copper wire. Polyvinyl Chloride or PVC is used on the wire for insulation purpose, thereby minimizing the risk of fire hazards. Therefore, utility of PVC coating on copper wire can be summarized in a single word and that is enhancement of safety measures. In fact, that’s the reason why it is widely used in electronics and electrical domains.

How PVC Coating increases Safety Measure of Copper Wires?

Nowadays, electrical wiring either uses copper wires or copper alloy. If the electrical wiring is not done properly, the risk for fire increases. This is where efficacy of PVC coating on copper wire comes handy as it helps in insulation of wire. Now, let’s understand the way how coating of Polyvinyl Chloride enhances safety measure.

Featured image

If a PVC coated copper wire catches fire, it starts releasing fumes of hydrochloric acid (HCL). Chlorine helps in elimination of free radicals, thereby delaying catching of fire. PVC coating also preserves power wires from water and moisture, increasing their efficacy and longevity.

Safety and Other Features of PVC Coated Copper Wirings

• These wires help in protecting people from all kinds of electrical shocks.
• PVC coated copper wires have high elongation property and that’s why they are used as fences too.

Other Uses of Copper Wires with PVC Coating

These kinds of coated wires are increasingly being used not only in electrical domains but also as fences in industrial areas and tennis courts. Its ability to sustain in harsh weather conditions is one of the main reasons of its use in fencing private areas. Due to anti-corrosive nature, these wires last much longer than simple iron, aluminum, or copper wires.

Rajasthan Electric Industries or BRITEX has carved its name in the cables and wiring industry for manufacturing highest quality PVC coated copper wire that challenges the harshest environmental conditions.

Advertisements

Why make use of PVC Coated Copper Wire

Wiring is transmission of electricity via insulated conductors and in this way power is actually supplied in buildings or other areas. There are numerous wiring codes which you need to stick to prior to manufacturing of wires in order to guarantee protection from electric shocks. The color codes give a layman an idea about the kind of wires. There are manifold factors on which wiring depends such as power consumption by intended user, national plus local regulations, environment within which wiring ought to be done and lot more.

Featured image

About PVC Coated Copper Wire                    

PVC coated copper wires are particularly utilized for electrical connections installed in residences, commercial places and industries. These wires are accessible in diverse colors, diameters, lengths and current ratings. You must use the best quality copper and must be further layered with PVC especially for protection. You can also get PVC coated copper wire at quite reasonable price range.

The product range of these wires incorporates Super Enamelled (8Swg to 43Swg) and Cross sectional area (3 to 75 sq mm width 3 to 20 mm thickness 1 to 5 mm) along with modified Polyster, H (180) Enamel covering and F (155).

Features of PVC Coated Copper Wire

  • Outstanding insulation
  • Elevated elongation
  • Security from electrical shocks

Assessment of PVC Coated Copper Wire by Neutron Activation Analysis

Let’s have a look at the comparison:

The two different lengths of PVC coated copper wire were compared with neutron activation analysis so as to ascertain whether they had common origin. The non-destructive analysis of copper wire demonstrated the same trace elements i.e. gold, silver, antimony and cobalt (in same concentration level) in every exhibit. The results were then compared with results of analysis of 13 samples of copper wire from different origins. Apart from this, the insulating plastics that sheathed the wires were as well analyzed and evaluated. Then qualitative match of plastic coatings were made in terms of 8 trace elements.

Why make use of PVC Coated Copper Wire

Wiring is transmission of electricity via insulated conductors and in this way power is actually supplied in buildings or other areas. There are numerous wiring codes which you need to stick to prior to manufacturing of wires in order to guarantee protection from electric shocks. The color codes give a layman an idea about the kind of wires. There are manifold factors on which wiring depends such as power consumption by intended user, national plus local regulations, environment within which wiring ought to be done and lot more.

About PVC Coated Copper Wire

PVC coated copper wires are particularly utilized for electrical connections installed in residences, commercial places and industries. These wires are accessible in diverse colors, diameters, lengths and current ratings. You must use the best quality copper and must be further layered with PVC especially for protection. You can also get PVC coated copper wire at quite reasonable price range.

The product range of these wires incorporates Super Enamelled (8Swg to 43Swg) and Cross sectional area (3 to 75 sq mm width 3 to 20 mm thickness 1 to 5 mm) along with modified Polyster, H (180) Enamel covering and F (155).

Featured image

Features of PVC Coated Copper Wire

• Outstanding insulation
• Elevated elongation
• Security from electrical shocks

Assessment of PVC Coated Copper Wire by Neutron Activation Analysis

Let’s have a look at the comparison:

The two different lengths of PVC coated copper wire were compared with neutron activation analysis so as to ascertain whether they had common origin. The non-destructive analysis of copper wire demonstrated the same trace elements i.e. gold, silver, antimony and cobalt (in same concentration level) in every exhibit. The results were then compared with results of analysis of 13 samples of copper wire from different origins. Apart from this, the insulating plastics that sheathed the wires were as well analyzed and evaluated. Then qualitative match of plastic coatings were made in terms of 8 trace elements.