Why is Stranded Copper Wire Essential in Electrical Wiring?

Electrical wiring is the backbone of modern infrastructure, allowing the seamless transmission of power across residential, commercial, and industrial spaces. At the heart of this wiring lies copper, a material renowned for its excellent electrical conductivity. However, when it comes to optimizing performance and ensuring durability, stranded copper wire stands out as the material of choice. In this article, we will delve into why the stranded copper wire is indispensable in electrical wiring, particularly when compared to its solid copper counterpart, and how it plays a critical role in providing safety and longevity to electrical systems.

The Composition and Design of Stranded Copper Wire

Stranded copper wire is composed of multiple smaller copper strands twisted or braided together to form a flexible, durable wire. Unlike solid copper wire, which is a single continuous conductor, the structure of stranded copper wire allows for greater flexibility and resistance to wear. This feature is especially crucial in applications where the wire must endure repetitive motion or be routed through tight spaces. The flexibility of stranded wire makes it far less likely to break or become damaged under stress, ensuring a reliable connection over time.

Copper braided wire, a specific type of stranded wire, features a weave-like structure that offers even greater flexibility and strength. It is commonly used in applications that demand high levels of performance, such as in grounding systems or electrical connections subject to constant movement. The woven design of copper braided wire further enhances its durability, making it an ideal choice for high-frequency and high-temperature applications.

Superior Conductivity and Durability

Copper’s conductivity is unparalleled, and stranded copper wire takes full advantage of this property. Copper is a highly efficient conductor of electricity, ensuring minimal resistance and energy loss during transmission. This superior conductivity makes copper the material of choice for electrical wiring across all types of systems.

However, conductivity is not the only reason for choosing stranded copper. The construction of stranded copper wire ensures that it performs better in terms of flexibility and resilience. Stranded wire can bend, twist, and flex without losing its integrity, unlike solid copper wire, which is more prone to cracking or breaking when subjected to mechanical stress. This makes stranded copper wire particularly suitable for installations in dynamic environments, where wires may need to be moved or repositioned.

Flexibility and Ease of Installation

One of the most compelling reasons to opt for stranded copper wire is its flexibility. Whether you're wiring a complex network of devices or running a long cable through walls or ceilings, flexibility is essential. Stranded copper wire is far easier to maneuver and handle than its solid counterpart, making it a favored option for electricians during installation. The wire can be bent and shaped without the risk of breaking, reducing the time and labor involved in the installation process.

Additionally, the flexibility of stranded copper wire makes it less prone to damage when exposed to vibration or movement. This is particularly valuable in applications where the wire may be exposed to physical stress, such as in machinery or vehicles. The ability to withstand such conditions ensures that the wiring remains intact and fully operational throughout its lifespan.

Enhanced Safety and Reduced Risk of Failure

The inherent flexibility and durability of stranded copper wire contribute to its role in enhancing the safety of electrical systems. The risk of short circuits or failures is significantly reduced, as the wire is less likely to crack or break under stress. This added resilience also ensures that the wire can maintain a strong electrical connection, minimizing the chance of electrical fires or system malfunctions. Moreover, copper braided wire has a unique ability to dissipate heat more effectively, reducing the likelihood of overheating in high-current applications.

Conclusion!

Stranded copper wire is an indispensable element in modern electrical wiring, offering a combination of excellent conductivity, flexibility, and durability. Whether used in residential, industrial, or commercial applications, it provides a level of performance and reliability that solid copper wire simply cannot match. With its ability to endure mechanical stress, prevent failure, and ensure safe transmission of electricity, stranded copper wire is undeniably a cornerstone of Electrical Copper Wire across the globe. As technology continues to evolve, the demand for copper braided wire and stranded conductors will only increase, cementing their place as essential components in the world of electrical wiring.

Top 5 Uses for PVC Wire in the Construction Industry

PVC wire is a type of electrical wire that is coated with polyvinyl chloride (PVC) to provide insulation and protection from environmental factors such as moisture, temperature, and chemicals. PVC wire is flexible, durable, and cost-effective, making it a popular choice in the construction industry.

There are many uses for PVC wire in construction, but in this article, we will discuss the top 5 uses that showcase its versatility and value in the field.

So, whether you are an electrician, contractor, or DIY enthusiast, keep reading to discover the top 5 uses for PVC wire in the construction industry.

Top 5 Uses of PVC Wire in Construction

PVC wire is a versatile and reliable material that finds widespread use in the construction industry. Its properties make it an excellent choice for a wide variety of applications, from indoor electrical wiring to outdoor installations. In this article, we will explore some of the common uses of PVC wire in construction in more detail.

1. Installation of Security Systems and Fire Alarms: PVC wire is a popular choice for the installation of security systems and fire alarms in buildings. Its insulation properties provide protection against electrical hazards, while its flexibility makes it easy to install in difficult-to-reach areas. This makes PVC wire an ideal choice for the installation of cameras, motion sensors, and smoke detectors.

2. Wiring Electrical Systems in Buildings: One of the most common uses of PVC wire in construction is for the wiring of electrical systems in buildings. PVC wire is used for everything from lighting and power outlets to air conditioning systems and appliances. Its high electrical insulation and fire-resistant properties make it a reliable and safe choice for distributing power throughout a building.

3. HVAC Systems and Controls: PVC wire is also used extensively in the installation of heating, ventilation, and air conditioning (HVAC) systems. It is ideal for connecting control panels, thermostats, and other HVAC components, thanks to its high temperature resistance and durability.

4. Communication and Networking Systems: PVC wire is commonly used in the installation of communication and networking systems in buildings. Its flexibility and insulation properties make it an excellent choice for running cables through walls and ceilings. This makes PVC wire a popular choice for the installation of phone lines, computer networks, and other communication systems.

5. Underground Wiring for Outdoor Lighting and Power: Finally, PVC wire is also widely used for underground wiring in outdoor installations such as garden lighting and power outlets. Its resistance to moisture and corrosion makes it ideal for use in damp environments, while its durability ensures long-lasting performance even in harsh conditions.

Advantages of PVC wire in construction

PVC wire is a popular choice in the construction industry due to its many advantages. PVC wire provides a range of advantages for construction projects, including durability, flexibility, resistance to corrosion and moisture, cost-effectiveness, and ease of installation and maintenance. The following benefits make PVC wire a popular and practical choice for a wide range of construction applications:

1. Durability and Flexibility: PVC wire is a durable and flexible material that can withstand a wide range of environmental conditions. Its flexibility makes it easy to install in tight spaces, while its durability ensures it can withstand wear and tear over time.

2. Resistance to Corrosion and Moisture: PVC wire is highly resistant to corrosion and moisture, making it an excellent choice for use in damp or wet environments. This resistance to environmental factors ensures that PVC wire remains in good condition and provides reliable performance over time.

3. Cost-effective: PVC wire is a cost-effective material that provides high value for its price. It is less expensive than many other types of wire, making it an attractive choice for construction projects where budget is a concern.

4. Easy to Install and Maintain: PVC wire is easy to install and maintain, making it an attractive choice for both professional and DIY projects. Its flexibility and durability make it easy to work with, while its resistance to environmental factors ensures that it requires minimal maintenance over time.

Conclusion

As for future trends and innovations, PVC wire technology is constantly evolving to meet the demands of modern construction projects. Innovations such as low-smoke, halogen-free (LSHF) PVC wires are becoming more popular due to their environmental benefits and improved safety performance.

In conclusion, PVC copper wire is a versatile and reliable material that plays a crucial role in the construction industry. Its properties, including durability, flexibility, resistance to corrosion and moisture, cost-effectiveness, and ease of installation and maintenance, make it an attractive choice for a wide range of applications. As construction practices continue to evolve, PVC wire technology will undoubtedly continue to adapt and improve, ensuring that it remains an essential component of the construction industry for years to come.

Types of Submersible Cable

A submersible cable is a type of electrical cable that is designed to be used underwater. It is typically used to power submersible pumps, underwater lighting, and other electrical copper wire devices that are used in or near water. Submersible cables are made from special materials that are resistant to water and corrosion, and they are typically reinforced with a protective outer layer to prevent damage from water pressure and other hazards. They are used in a variety of applications, including offshore oil and gas exploration, marine construction, and aquaculture. Based on their applications, submersible cables are of multiple types. Check out the blog to know more!

Oil and Gas Submersible Cable

Oil and gas submersible cables are specialized electrical cables that are used in offshore oil and gas exploration and production operations. These cables are designed to withstand the harsh conditions of the offshore environment, including saltwater, pressure, and extreme temperatures. They are typically used to power submersible pumps, underwater lighting, and other electrical equipment that is used in or near the water.

Oil and gas submersible cables are made from materials that are resistant to water and corrosion, and they are often reinforced with a protective outer layer to prevent damage from water pressure and other hazards. They are typically designed to be used in depths of up to several thousand feet, and they may be used in both shallow and deep water environments. These cables are a critical component of offshore oil and gas operations, as they are responsible for providing power cable to the equipment that is used to extract and produce oil and gas.

Water Submersible Cable

Water submersible cables are electrical cables that are designed to be used underwater. They are typically used to power submersible pumps, underwater lighting, and other electrical equipment that is used in or near water. Water submersible cables are made from materials that are resistant to water and corrosion, and they are often reinforced with a protective outer layer to prevent damage from water pressure and other hazards.

Water submersible cables are used in a variety of applications, including aquaculture, marine construction, and flood control. They are also used in water treatment and sewage treatment plants, as well as in irrigation systems and other water-based projects. Water submersible cables are typically designed to be used in depths of up to several hundred feet, and they may be used in both fresh and saltwater environments.

Submersible Pump Cable

A submersible pump cable is a type of electrical cable that is used to power submersible pumps. Submersible pumps are electrical pumps that are designed to be used underwater, and they are typically used to pump water or other fluids from one location to another. Submersible pump cables are made from materials that are resistant to water and corrosion, and they are often reinforced with a protective outer layer to prevent damage from water pressure and other hazards.

Submersible pump cables are used in a variety of applications, including water well drilling, water treatment, and sewage treatment. They are also used in aquaculture, marine construction, and offshore oil and gas exploration. Submersible pump cables are typically designed to be used in depths of up to several hundred feet, and they may be used in both fresh and saltwater environments. They are a critical component of submersible pump systems, as they are responsible for providing power to the pump motor.

Other Types of Submersible Cable

There are many different types of submersible cables that are used for various applications. Some examples include:

• Submersible instrumentation cables: These are specialized cables that are used to transmit data and power to sensors and other instruments that are used underwater.
• Submersible control cables: These cables are used to transmit signals and power to control systems that are used in underwater environments.
• Submersible power cables: These cables are used to transmit electrical power cable to submersible pumps and other underwater equipment.
• Submersible data cables: These cables are used to transmit data and other information between underwater devices.
• Submersible communication cables: These cables are used to transmit audio, video, and other forms of communication between underwater devices.

Take Away

In conclusion, there are several types of submersible wire that are designed for specific purposes and environments. These include power cables, communication cables, and control cables, which are used in a variety of industries such as oil and gas, water treatment, and renewable energy. Each type of cable has its own unique characteristics and features that make it suitable for specific applications, and it is important to choose the right type of cable for a given project to ensure safe and reliable operation.

A Brief Overview of Electrical Power Cables

An electrical power cable transmits electricity from the source to different points and the properties of the electrical power cable differ depending on the type of material. There are different applications of power cables and we configure the design and material of those cables depending on the impending power load.

For lower, to medium level power loads we choose simple and subtle power cables, and for heavy loads, the material type, density, strength, conductivity, ductility and various other properties are kept in contention. There are parameters created by international regulatory authorities for developing respective electrical power cables for different purposes.

The properties of an electrical power cable are evaluated on different parameters and the main parameter is volts and their respective thresholds. 

The volt specification is categorized into different groups and they are as follows

• The first category of wire comprises low voltage cables designed for handling low-level thresholds. The range does not exceed 750 V; it is enough to run small-scale appliances harmoniously.
• The second category of power cables is built to handle lower to medium levels of voltage thresholds. The range varies between 750 V to 1000 V (1 kV). The power cable is ideal for industrial scales. For various industrial applications such as general and public installations, building strong grid infrastructures, etc., we use this group of cables with high tensile strength.
• The third category offers medium voltage cables having a threshold limit varying from 1 kV to 36 kV. These are high scale power cables that are capable of transmitting electricity from long distances and distributing the power from electrical substations to local transformer stations.
• The final category of electrical power cables is high voltage cables having the highest degree of the voltage threshold. High voltage power cables are installed in power plants from where the power is transmitted to substations. They are capable of transmitting 36 kV of power to longer distances continuously without breaking their material integrity.

According to International Electrical Commission Standard IEC 60446, we identify the designated use of a cable wire on the basis of its colour. Different wire cables illustrate different purposes. There is a specific group of colours that are allowed for thermoset coating of a wire the colours are: Red, Yellow, Green, Blue, Violet, Black, White, Gray, Pink and Turquoise.

The colours of the electrical copper wire are governed by the International Electrical Commission Standard IEC 60446. For the identification of the conductors, the following colours are allowed: black, brown, red, orange, yellow, green, blue, violet, grey, white, pink and turquoise.

There are three conductor types for 3 phase power supply: Neutral, Phase, and Earth. For neutral conductors the universally recommended and accepted color is blue. For phase conductors, only black, grey and brown are recommended, and for the earth, yellow or green colored wires are permissible. These are universal standards for preventing confusion.

Hence, the above-mentioned information is a brief explanation of electrical power cables, their categories, specifications and functions. The nomenclature of electrical power cables diversifies into a plethora of specifications as we dig deeper.

Why Are Silver Plated Copper Wires Still In Demand?

 Silver plated copper wires have always been in demand because of their multiple types of uses and benefits. Both the materials, silver, and copper are excellent conductors of electricity hence both are very high in demand. Additionally, they both are highly durable and thus mostly used to make multiple kinds of items. Moreover, it also saves the maintenance cost and offers long-term durability. You can use the silver plated copper wires at your home, office, or school because they are flexible in nature and known for providing top-notch results. Here are a few reasons why you should use silver plated copper wires for industrial use.

High Melting Point

Wires used in the industry should have a high melting point to avoid failure in machines that usually overheat the wire. Silver plated copper wire has an extremely high melting point that signifies that it does not burn easily. It is one of the main reasons for the popularity of these wires.

High Conductivity

Silver plated copper wires are known as the best wires because of their conductive nature. It is because both the elements silver and copper are the best conductor of electricity. Copper is the prime choice for the manufacturing of the wire while the coating of silver enhances its conductivity allowing it to become more conductive and durable.

High Flexibility

Both the materials copper and silver are highly flexible. This flexible nature allows both wires to be used in multiple places. Copper is a flexible material hence you can bend it quickly and make comfortable use of it. Similarly, you can also use silver wire anywhere because silver is also very flexible. 

Conclusion

Silver plated copper wires are the best for use anywhere because they are highly conductive, flexible, and have a high melting point. If you want to try the top quality wires then silver plated copper wires can be the ideal choice for the same. You can also visit our website for knowing more about copper wires, silver wires, and other electrical wires.

What are the uses of Copper Wire And Its Types?

What are the uses of copper wire and its sorts?

Since the creation of the message and electromagnet, copper utilization as a typical product in numerous electrical applications. Its interest rose when the copper wire utilizes as an electrical channel in the creation of the phone and later turned into a centre fixing in power age and transmission frameworks.

Today, copper wire is an irreplaceable metal that utilizes in electrical wiring for both homegrown and modern use. Electronic hardware, broadcast communications, home apparatuses, and numerous different regions use copper today. It assesses that portion of all the copper mined used to create electrical copper wire and link channels. Today copper wire manufacturers have various copper wire items that can be utilized in a wide scope of electrical and warm applications, making copper a flexible metal of things to come.

Why is copper so significant?

Copper has fantastic physical and synthetic properties that empower it to turn into a broadly involved transmitter in a large number of electrical and warming applications. Allow us to view them:

Electrical and warm conductivity

Copper is a non-valuable metal and has the best electrical and warm conductivity. Electrical copper wire has minimal protection from electrical and warm conduction and henceforth they uses in high conductivity applications like lightning poles for security measures in structures and high rises.

Ductile and Malleable

Copper is profoundly malleable and thusly it tends to bring into wires, strips, strands and some more. Due to its adaptability, copper wire observes applications in homegrown just as modern applications that include high electrical burden move. It uses as the central component in numerous machines because of its capacity to frame various shapes.

Great Tensile Strength

Copper has astounding rigidity and can oppose various mechanical disappointments like necking or neck-down, extending, breaks, and so forth It is one reason why copper uses rather than aluminium.

Solderability and Straightforwardness in the Establishment

Copper wires fastest effectively to frame associations. In this manner, it can make electrical associations simple for transmission and end focuses. Because of its solidarity, copper wires get through various regions and surprisingly close places to lay courses.

Types of Copper Wires

Coming up next are the sorts of copper wires. Copper wire makers produce them as per applications and accordingly isolate them into the accompanying classifications.

Strong Copper Wire

A stranded wire, expose or sheathed, in a protecting cover that utilizes move power. This kind of wire is known as dirt copper wire and find in homegrown applications.

Links

At the point when a copper strip contour, plaited, woven or wound into a solitary gathering, we get a copper link. Such links utilize in electrical apparatuses and modern applications; tin is utilized as a covering specialist to plate these PVC coated copper wires to decrease oxidation and increment the existence of such links.

In Conclusion

Copper is one of the most adaptable metals on the planet and finds in numerous areas. The utilization of copper has made it a fundamental part of our everyday lives. Subsequently, it is fundamental to depend on veritable copper wire producers that give affirmed and great quality wires for our requirements. Do visit us today and examine our adaptable assortment of stranded wire and different items.

 

A Short Guide to Select the Best Copper Wire Manufacturer in India

 

One of the most critical components in a building is electricity. Whether it’s a house, an office, or a warehouse, all facilities need wiring to keep things running smoothly. With so many copper wire manufacturers in India, how do you know which one to choose? Refer to our guide on selecting the best manufacturer for your needs.

Copper is one of the most versatile and unique metals on earth, so it’s no wonder why it’s used in many industries. They can be found in power transmission lines, telecommunication cables, and electronic shielding. It’s also considered the most critical component of any electrical wiring system. If you’re confused about finding the best manufacturer for your needs, then here are a few pointers that will point you in the right direction.

Key Considerations When Selecting a Copper Wire Manufacturer

Copper wire is used in many different industries, from power transmission to telecommunications. It’s a popular choice as it’s durable, has a long lifespan, and can withstand temperature changes. Copper wire also can transmit electricity efficiently over long distances.

Copper wires have valuable properties that make them an excellent option for many industries. Many copper wire manufacturers are available on the market today, which can confuse when deciding on the best one. It’s vital to choose the best wire manufacturer to make your needs come alive.

Here are some important considerations to keep in mind to help you make the best choice for your next copper cable project.

Copper Wire Type:

Copper wire is an essential component in producing electronics, motors, cables, and many other products. It can be not easy to find copper wires that meet your needs. But if you’re aware of the wire types and their uses, it becomes easy to select the right one. The popular choices available in the market include tin-coated copper wires, solid and stranded wires, PVC coated wires, etc. In addition to the usually insulated copper wire, you can also find a lot of other types of copper wire in the market. But how do you know which one to buy? The best practice is to consult the best copper wire manufacturers to get the best advice.

Wire Material:

Copper wires are available in materials such as aluminum-copper alloy, pure copper, and stainless steel with copper plating. Selecting a manufacturer to purchase the wire from can be a challenge. It's essential to consider the type of material your copper wire will be made of.

When it comes to copper wire, it is crucial to understand the difference between alloys and pure copper. Pure copper is softer than pure aluminum, while pure aluminum-copper alloy is harder than pure pure copper.

Wire Diameter:

The size of the copper wire that you decide to use will depend on what exactly you plan on using it for. Different gauges or diameter copper wires are used for things such as electrical cages and fences, among other things. Wire must be durable enough to withstand any forces that could be put onto it. This is why if it is carrying more than 600 volts of current, then you should select a thicker gauge wire, but if need only carry a low voltage current, then you can opt for a thinner gauge wire.

Conclusion

Copper wire is an essential component in electrical wiring. It's an excellent conductor of electricity and offers anti-resistive properties, which means that copper wire is also easy to work with. As the demand for copper wire has increased, so has the need for it to be manufactured responsibly. If you're looking for a reliable copper wire manufacturer in India, consider Rajasthan Electric to get the durable and quality products. The company offers a broad range of copper products, including copper strip, braided copper rope, PVC coated wires, electrical copper wire, copper foils, and many more. So, contact Rajasthan Electric to get the best quality material and prices for copper wires in the industry.

Characteristics of Copper Wire & Application Benefits

Copper is a valuable and practical metal that has been in use for millennia. It is ductile, malleable, and an excellent conductor of heat and electricity. Because of its valuable properties, copper is used in different industries for a variety of applications. It is a good conductor of heat and electricity. It's why copper is famous for making copper wires, sheets, tubing, copper wire cables, and strips.

The metal serves a wide range of uses with high or low temperatures depending on the need. This article covers some of the top characteristics of copper and its benefits.

Characteristics that make Copper Wires Highly Trustworthy & Valuable

Copper is one of the world's most used metals. It is popular for its excellent electrical and thermal conductivity. Copper wiring servers different applications from phone chargers to car batteries. The characteristics of copper wires depend on the thickness and purity of the copper. Other than this, several other traits make copper wires useful. Do you want to know what they are? Look at the top characteristics of the stranded copper wire given below, 

Fine Malleability

Smaller diameter wires power various devices from computers to television and cars. All such devices get power using electrical copper wires. Pure copper is soft and offers high malleable properties. It makes them suitable for a wide range of applications.

Most metals are malleable to some degree, but copper has the most malleability. Soften copper can be transformed into tinned copper wires, strips, tubs, and copper plates as a byproduct. It also has an extraordinary ability to fit into any shape when heated. These properties make it a reliable choice for submersible winding wires, braided copper ropes, etc. 

Corrosion-resistant

Copper has been popular because of its corrosion resistance. It's a notable trait of this material. Rusting does not affect the metal's effectiveness. Thus, it's used for the manufacturing of electrical power cables and other industrial applications.

Better Thermal Conductivity

It's one of the top characteristics that make copper a vital metal. Compared to other materials, it can regulate heat seven to eight times better. Copper byproducts such as tin-coated copper wire have excellent thermal conductivity. They are resistant to chloride and chlorine, like stainless steel. Copper act as a perfect substitute for stainless steel. The better thermal conductivity makes them compatible with a wide range of applications.

Cheaper Alternative

Copper is a type of metal that's found in various forms, including copper wire. Copper wire is a conductor that conducts electricity and heat. It offers high-temperature applications like heating water. Copper wires are insulated with PVC or rubber, which means it does not rust like other metals. It’s the cheaper alternative available in the market.

Conclusion

Copper has the added advantage of being ductile. It's famous for its low cost, environmental friendliness, and high conductivity. The low resistivity and high current-carrying capacity make it an excellent conductor. It's why copper wires are used in communications, electronics, and automotive wiring applications.

Why Copper has always been the Favorite of the Electrical Wire Industry?

Copper which is one of the most abundant elements in the environment is also one of the most used elements too. It is mostly found in the construction lines, electrical industries, etc. 

Although copper is useful in many ways and for many industries, still is the favorite element for the electrical wire industry. Be it power cable for TVs, computers, home appliances all are made of copper. Copper has been powering innumerable devices that you might not even know. In a nutshell, Copper has become an inevitable part of our life. In this article, we will talk about how it became the favorite of our electrical wire industry.

Reasons for the demand of copper wire

Due to the exceptional properties of copper, it has been on the favorite list of our electrical wire manufacturing industries like Rajasthan Electric Industries. Its red-orangish metallic luster makes it easily recognizable. But what makes copper such a demanding element?

The exceptional properties and features of electrical copper wire make it the perfect match for the industry. So, let’s go through these properties to know more about the copper wire

• Conductivity- Copper has been in the top five of the lists of electrical conductivity. Silver is the only element that has higher conductivity than copper. Although silver being more conductive than copper, still copper is preferred by the electrical industry. The reasons being, Silver is costlier than copper and is not readily available. Also, Silver oxidizes as soon as it comes in contact with the air. The high conductivity of copper allows the current to travel for longer distances. Also, copper is known to deplete the least electrical charge when compared to other wires.
• Ductility- Copper wires are not behind when it comes to ductility as well. Wires made of copper have a specialty that they can be stretched to great lengths. Electrical wires anyways have to stretch a lot while traveling across walls, floors, other tight spaces, etc. So, they have to bend at innumerable points while carrying current. The super ductility of copper helps the wire to bend along all the turns and confined spaces. The exceptional ductility of copper makes it most desirable for the electrical wire industry. The best part about electrical copper wires is that even after bending and elongated multiple times, they do not break or weaken. Its exceptional ductility combined with conductivity has extended its applications significantly.
• Cost-effectiveness- Even after holding such outstanding electrical properties, copper is inexpensive and thus in demand. Gold and silver are excellent conductors too, but copper beat them at cost-effectiveness. If wire industries will start using gold and silver then they will run out of capital very soon. This is why copper is used as a standard element in the electrical wire industry. Also, there is no point in investing in an expensive element, when you can get the same conductivity and even better ductility.
• Thermal resistance- Thermal resistance is one of the most unique properties of copper. Electrical fire causes the most harm to industries and factories. Apart from causing harm to businesses, it is fatal for humankind. Electrical wires are high-tension lines that go through constant fluctuation in temperature. Such high-tension lines need an element whose thermal resistance is optimum just like copper. Copper electrical wires are safe to use for commercial purposes as well as for your home appliances. The resilience of copper wires is so outstanding that there can be negligible chances of catching fire even if working at high temperatures.

These were some of the most outstanding properties of copper wire. These properties define why copper is the first choice of the electrical industry. None of the other wires is sold at such reasonable pricing as copper wires and is thus a favorite of individual customers as well. Hence, this proves that copper has been universally accepted and has set its standard in terms of electrical wires.  

We at Rajasthan Electric have specially manufactured bare copper wires, copper foils, copper control cables, Nickel copper alloy wires, copper flexible connectors, etc. To know more about the properties and specifications of our copper wires do visit our page-

http://www.rajasthanelectric.com/copper-strip.html

Why copper the first choice for the electrical wire industry?

Copper with the atomic symbol Cu and atomic number 29 is one of the most abundant elements in the environment. Its red-orangish metallic luster makes it easily recognizable. It's usually found in the construction line, electrical industries, home appliances, etc. 

Apart from all the industries, copper has been the favorite element for the electrical wire industry. Be it power cable for TVs, computers, home appliances all are made of copper. It has been powering innumerable devices that are a part of our daily life. In a nutshell, Copper has become an inevitable part of our life. 

Electrical copper wire for electrical industry

Due to the exceptional properties of copper, it has been on the favorite list of our electrical wire manufacturing industries like Rajasthan Electric Industries. But what makes Copper an ideal element for this purpose? 

The exceptional properties and features of electrical copper wire make it the perfect match for the industry. So, let’s go through these properties and why it is preferred for creating electrical wires

• Conductivity- Copper ranks second in the list of high electrical conductivity. Only silver has higher conductivity than copper, still not preferred over copper by the electrical industry. There are two reasons for it, firstly Silver is way costlier than copper. Secondly, it oxidizes very easily as soon as it comes in contact with the air. The high conductivity of copper allows the current to travel for longer distances and at affordable pricing. Also, copper is known to deplete the least electrical charge when compared to other wires
• Ductility- Copper wires top the list in terms of ductility as well. This is because wires made of copper can be stretched to significantly great lengths. Electrical wires have to anyways travel across walls, floors, other tight spaces, etc. So, they have to bend like a snake at innumerable points in its way. The super ductility of copper allows it to bend along all the ways and turns of the tight spaces. The exceptional conductivity of copper combined with its ductility allows the free flow of current through the bends. Even after so much stretching and bending, electrical copper wires do not break or weaken. 
• Affordability- Copper is one of the most affordable electrical elements. Even after holding such amazing electrical properties, it is inexpensive and thus preferred over so many other metals. Gold and silver are excellent conductors too. Still, industries will not start manufacturing wires out of gold or silver They will run out of capital very soon with depreciated revenue on the other hand, as no one will be willing to buy so expensive wires. This sole reason is enough to use copper as a standard element in the electrical wire industry. Also, there is no point in shifting to an expensive counterpart when you can get almost the same conductivity as copper. 
• Thermal resistance- Thermal resistance has been an overlooked property of copper. As we all know that electrical fire has been in the news for ages. It has been causing much harm to humans as well as to businesses. Copper wires are safe to use for commercial purposes as well as for your home appliances. Electrical wires are high-tension lines that go through constant fluctuation in temperature. Their heat resistance is resilient enough to not catch any fire at high temperatures as well. It even does not heat up in case of normal usage and due to this are long-lasting.
• Abundance- The abundance of copper on earth is a very good reason for it being used in infinite quantities. There are not many elements that are in as much abundance as copper is as per the geologists. As per the records, only the top one-kilometer layer of the copper present is enough for millions of years from now. So, you can estimate in what abundance copper is present on earth. Also extracting copper is not very troublesome that further leads to an increased extraction rate. 

All these properties define what copper is and why it is the first choice of the electrical industry. As it is inexpensive for the industry, it is sold at such reasonable pricing to the customers also. Hence, copper has been a universally accepted standard for wire manufacturers.