Shop a wide range of premium wires and cables for all your electrical projects at HeadsUp B2B. Ensure safety and efficiency with our top-quality electrical solutions.

Premium Wires and Cables for Electrical Projects

Electrical Wire and Cable are designed to be safe and durable to ensure the best possible conductivity with the least dissipation of energy. They come in various gauges and types, such as copper and aluminum, to meet the highest industry standards. They are intended for residential, commercial and industrial uses, focusing on the efficient distribution of power and securing perfect connections.

Electrical Wire and Cable

Coaxial cables, also known as coax cables, are specially designed for long-distance transmission without signal loss while maintaining precision and integrity. These electrical cables have three layers – a central conductor, usually made of copper or aluminium, enclosed with a dielectric insulator purposed to prevent signal leakage. The third layer is the protective sheet to protect against electromagnetic interference, covered with a durable outer jacket. Due to their construction, coax cables are widely used to reliably transfer data signals with minimal signal loss over long distances. The selection of a suitable cable from among a range of coaxial cables depends on frequency range, signal attenuation, and installation environment. They have applications in TV cables, internet connections, radio signals, satellite communications, and surveillance systems. Different types of coaxial cables are suited for various purposes - RG6 for homes and RG11 for industrial set-ups. Some of the top brands for coaxial cables are Havells, Polycab, Finolex, and KEI. You can find all electrical cables and wires conveniently on Headsup B2B, based on your needs. Benefits 1. High Bandwidth: Coaxial cables transmit data quickly, which is ideal for high-speed internet. 2. Low Signal Loss: Signal loss is minimal in coaxial cables, making them ideal for long-distance transmission. High-quality signal transmission makes them suited for TV networks and broadband applications. 3. Interference Resistance: Coaxial cables resist radio frequency and electromagnetic interference, ensuring reliable performance. 4. Durability: The robust design makes them resistant to physical damage, making them suitable for both indoor and outdoor installations. 5. Ease of Installation: Standard RCA connectors make installation easier compared to other types of cables.

Explore our premium coaxial cables designed for stable and high-performance signal transmission. Perfect for television, internet, and other communication systems, our coaxial cables offer durability and reliability for both residential and industrial use. Shop now for the best quality cables to ensure seamless connectivity.

Coaxial Cables

Electrical house wires, also known as electric wires, are essential for safe and efficient electricity distribution in homes. They consist of key components like a conductor, insulating layer, shielding layer, protective sheath, and filling components. Tensile components are added to large cables for strength and to prevent stretching or breaking. The most common conductors, copper and aluminium, are chosen for their conductibility, cost efficiency, and weight. Insulating layers, made from materials like Cross-Linked Polyethylene, PVC, and Rubber, ensure safety and depend on factors like thermal resistance and moisture resistance. The sheathing layer, made of copper tape or braided copper, protects against electromagnetic interference, isolating the wires from other electrical devices. Havells, Polycab, and Finolex are some of the top brands in the industry, and you can find all electrical cables and wires conveniently on Headsup B2B. Benefits 1. Safety: Proper wiring decreases the risk of hazards, including fires and electrical shocks. It is enabled by circuit protection. For safer operation, adherence to local codes and standards is ensured. 2. Increased Efficiency: One feature of a good quality electrical wire is low resistance. Lower resistance leads to low electricity bills as the current carried is more with less power consumption. 3. Improved Reliability: With time, wiring systems have become more robust to ensure fewer faults and power outages. The same enables the proper functioning of appliances without interruptions. 4. Enhanced Capacity: Modern homes need to accommodate higher loads due to the use of more electronic devices over some time. Upgrading the wiring accommodates higher loads, moving from a 60-amp system to at least 100-amp system. 5. Regulatory Compliance: Updating electrical wirings helps ensure that NEC compliance and local regulations are followed. The same enhances safety standards and reduces the possibility of legal issues.

Electrical Wires

Ethernet technology has evolved since the 1970s, leading to various cable categories designed to meet increasing data demands. Ethernet cables establish fast and stable internet connections and are crucial for networking infrastructure. They are available in various categories like Cat5e, Cat6, Cat7, and Cat8. Each category caters to different needs. While Cat5e is suitable for basic internet use, offering speeds up to 1 Gbps, Cat6 supports high-speed applications like gaming or streaming. For advanced networking needs, Cat7 and Cat8 provide faster speeds and higher frequencies, supporting up to 40 Gbps. Higher-category cables employ advanced shielding methods to minimize electromagnetic interference and maintain signal integrity at high speeds. Additionally, It is crucial to match the cable category with your network size and future needs for optimal performance and minimal interference. Polycab, D-Link, and Finolex are some of the top brands in the industry and you can find all electrical cables and wires conveniently on Headsup B2B. Benefits 1.Speed and Performance:Ethernet cables provide a stable and reliable link, unlike wireless connections. Categories like Cat6 and Cat7 support speeds up to 10 Gbps, ideal for fast and reliable data transfer in data-intensive settings.2.Stable and Consistent Connection:A reliable connection ensures continuous data flow while minimizing interruptions. Ethernet cables maintain a stable and consistent network connection.3.Versatility:Ethernet cables cater to multiple devices, including home gaming consoles, smart TVs, and computers. In commercial settings, they support cloud-based applications effectively.4.Lower Susceptibility to Interference:Ethernet cables are less susceptible to interference from electronic devices or physical obstacles, making them suitable for high-density environments with multiple devices.5.Consistent Performance in High-Traffic Environments:Ethernet cables maintain consistent performance even when multiple devices access the network concurrently. This reliability makes them ideal for busy offices or public spaces.

Ethernet Cables

Submersible cables, including flat submersible cables, are mainly used for powering submersible pumps. These cables are designed to function underwater and in wet environments. Their multiple layers include conductors, insulators and sheathing. Conductors are of highly conductive copper or aluminium with efficient electricity transmission. Insulation is made of PVC and rubber, which is used to protect the insulator from water. The last sheathing layer is made of PVC and rubber. Submersible cables survive and perform well in water and under high pressure. Benefits 1.Durability Submersible cables work under high pressure, temperature, and underwater. They can withstand moisture and abrasions, making them highly durable. 2. Insulation The insulation is waterproof and made from materials like rubber and PVC. These materials prevent water ingress, preventing short circuits. This feature ensures safety and functionality when submerged. 3. Versatility Submersible cables are available in different shapes and sizes, catering to a wide range of applications, and are tailored to a wide range of industrial needs. 4. Safety The design of these cables includes waterproofing, ensuring safety in wet environments. It reduces the risk of electric shocks and equipment failure, ensuring workplace safety. 5. High Load Capacity These cables efficiently transmit power as they are designed for heavy electrical loads, making them suitable for high-demand applications.

Submersible Cables

Telephone cables are vital for connecting different devices enabling voice and data transmission. It is important to understand the different types and usage of these cables to make the right selection for specific communication needs. From coaxial cables used at home in TV and internet networks to twisted pair cables used in ethernet networks to remove EMI, these cables find their use both in home settings as well as commercial and industrial setups. Headsup B2B is a stop solution for all your wires and cable needs. Some of the top brands of Telephone cables include Havells, Polycab, Plaza, Finolex, KEI and RR Kabel. These cables can be found at Headsup B2B. Benefits1)Effective and Reliable Communication: The obvious and the best benefit of telephone cables is that they just made communication very clear and effective in a cheap way. It makes voices on call more clear and that is a plus point for people to communicate. 2)Cost-Effective: As we all know, the setting of a wireless connection is a bit costlier than setting a wired connection. Setting a telephone cable is cheaper than a wireless connection. 3)More Compatible: Telephone cables are more compatible than wireless connections because in many places, the wireless connections get weak, but wired connections are way better as they rely on the quality of the cables. 4)Ease of Installation and Maintenance: As these cables are very flexible and reliable they are easy to install and maintain if any problem occurs. Also, troubleshooting and upgradation of the cables are easier. 5)Versatility: These cables are very versatile as we can use them in connecting landlines, can use them for internet service, and intercom service, also provide services like video transfer, audio transfer, and data transfer, etc. 6)Durability: The telephone cable’s structure and material are made up of very good quality material which is why they are so durable and long lifespan and less require changing them.

Telephone Cables

High Tension (HT) cables are specially designed electrical cables used for transmitting high-voltage electricity, typically above 1,000 volts. These cables are essential in power transmission networks, industrial plants, and large infrastructure projects where substantial electrical loads need to be carried over long distances. Made with multiple layers of insulation, shielding, and strong conductors like copper or aluminium, HT cables ensure minimal energy loss and enhanced safety. They are built to withstand harsh environmental conditions, mechanical stress, and high thermal loads. Advanced features such as moisture resistance, UV protection, and fire retardancy further enhance their reliability. Proper installation and regular maintenance of HT cables are critical to preventing power failures and ensuring consistent, uninterrupted electricity supply across high-demand systems and facilities.Benefits<ul><li>Efficient Power Transmission: Designed to carry high-voltage electricity with minimal energy loss over long distances.</li><li>Durable and Long-Lasting: Built with robust materials to withstand mechanical stress, heat, and harsh environmental conditions.</li><li>Enhanced Safety: Multi-layer insulation and shielding prevent electrical faults, fires, and accidental contact.</li><li>Moisture and UV Resistant: Ideal for both indoor and outdoor applications, even in challenging weather conditions.</li><li>Reliable Performance: Suitable for critical infrastructure, ensuring stable and uninterrupted power supply.</li></ul>

High Tension (HT) cables are specially designed electrical cables used for transmitting high-voltage electricity, typically above 1,000 volts. These cables are essential in power transmission networks, industrial plants, and large infrastructure projects where substantial electrical loads need to be carried over long distances.

High Tension Cable (HT Cable)

House wire is an essential electrical component used in residential buildings to safely transmit electricity throughout the home. Typically made of high-quality copper or aluminium, it is insulated with durable, flame-retardant materials to prevent short circuits and electrical fires. These wires are designed to carry electrical current to lights, sockets, switches, and appliances. Available in various sizes and colour codes, house wires help ensure efficient energy distribution and easy circuit identification. Proper installation using certified house wire is crucial for maintaining safety and performance. Modern house wires also come with added features like heat resistance, anti-rodent coating, and low smoke emission, making them ideal for long-term use in both concealed and surface wiring applications across homes and small offices.Benefits <ul><li>1) Safety: Insulated with flame-retardant materials to prevent electrical fires and short circuits.</li><li>2) Durability: Made from high-quality copper or aluminium, ensuring long-lasting performance.</li><li>3) Efficient Power Flow: Minimises energy loss, providing consistent and stable electrical supply.</li><li>4) Heat and Fire Resistance: Withstands high temperatures and reduces the risk of overheating.</li><li>5) Easy Installation and Identification: Colour-coded insulation allows for simple circuit tracing and safer wiring.</li></ul>

House Wire

CCTV cables are specialised cables used to connect surveillance cameras to recording and monitoring equipment. They are essential for transmitting video signals, power, and sometimes audio, ensuring the proper functioning of a CCTV security system. The most commonly used types are coaxial cables (like RG59) and network cables (such as Cat5e or Cat6), often paired with power cables in a single sheath. High-quality CCTV cables offer reliable signal transmission with minimal interference, even over long distances. They are built with shielding layers to protect against electrical noise and environmental factors. Proper installation of CCTV cables enhances image clarity and system efficiency, making them ideal for use in homes, offices, shops, and industrial premises where security and real-time monitoring are crucial.Benefits <ol><li>1) Clear Signal Transmission: Delivers high-quality video with minimal interference for accurate surveillance footage.</li><li>2) Integrated Power Supply: Many CCTV cables combine video and power lines, reducing the need for separate wiring.</li><li>3) Durability: Built to withstand wear, environmental exposure, and electrical interference for long-term reliability.</li><li>4) Versatile Installation: Suitable for indoor and outdoor use across homes, offices, commercial, and industrial settings.</li><li>5Improved Security: Ensures continuous and stable camera connectivity, enhancing overall system performance and safety.</li></ol>

CCTV Cables

The first armored cables came into being during the early 1900s and evolved as Copper Armored Cables for&nbsp;improved safety, efficiency and durability in electrical installations. These cables have a multi-layered design with a conductor, insulation, filler, armoring and sheath. Copper is used as a conductor material, ensuring excellent conductivity, with the armoring made of steel, protecting against damage, and the insulation made of materials like XLPE. Copper armored cables are used where cables are exposed to harsh environments where protection from mechanical damage and electrical conductance is required. They find uses in power distribution and underground and outdoor installation projects. Some of the top brands selling these cables are Havells, Polycab, Plaza, Grandlay and Finolex. Headsup B2B offers Copper Armored Cables from these brands. You can find suitable wires and cables for your needs here. Benefits 1. Great Electrical Conductivity: The copper's good conductivity, and efficient power transmission will be ensured with minimal energy losses. 2. Increased Mechanical Protection: The steel or aluminium-type armored layer protects this cable against abrasions, moisture, and external impact such that it can be operated under difficult conditions. 3. Enhanced Durability: Another plus is that copper is quite resistant to corrosion and environmental wear and tear, thus increasing the cable's lifespan. 4. High Tensile Strength: Since copper possesses higher tensile strength, it offers greater flexibility. Under high-tension installations, copper will not break easily. 5 . Fire Resistance: The copper cables are capable of withstanding high temperatures, offer considerably higher fire resistance, and enhance safety.

Copper Armored Cable

Fibre optic cables are the greatest data transmission technique, utilising light signals to transfer data through smaller glass or plastic strands. They function by using the technique known as&nbsp;total internal reflection to bounce light off the cable's interior walls. Sheathing, protective outer layers, and a core make each cable. High-speed internet and calls can be made practical using fibre optics, which have far quicker speeds and more bandwidth than regular copper connections. Their durability to electromagnetic interference and ability to carry data across a distance with little signal loss make these devices far more trustworthy. They also provide&nbsp;better protection against hacking and are easily upgradeable for taking benefit of potential advancements. Benefits 1. Bandwidth and Speed: Faster data transfer rates than copper connections. Large files can be received and shared rapidly with their support for data rates of up to 10 Gbps and higher. 2. Long-Distance Transmission: This kind of transmission delivers minimal signal loss over far more distances. Over two miles, copper cables begin to decay significantly while fibre optic cables carry&nbsp;data safely over long distances. 3. Low Latency: Offers a low&nbsp;latency, enhances performance for applications like online gaming and allows for faster access to resources. 4. Resistance to Interference: Fibre optic cables are perfect for usage in areas with strong electromagnetic activity as they are immune to radio frequency interference (RFI) and electromagnetic interference (EMI). 5. Environmental Resilience: In charge of navigating dangers, like exposure to water and temperature alters, without affecting performance.

Fiber Optic Cable

Telephone switchboard cables are designed to facilitate efficient voice communication in telecommunication systems, especially in office and commercial environments. These cables connect multiple telephone lines to a central switchboard or Private Branch Exchange (PBX), allowing for seamless call routing and management. Typically made with multiple twisted pairs of copper wires, they are engineered to reduce crosstalk and signal interference, ensuring clear and uninterrupted voice transmission. The insulation is often colour-coded for easy identification during installation and maintenance. Telephone switchboard cables are flexible, durable, and suitable for both indoor and duct installations. Their role remains vital in traditional telephony setups and integrated voice networks, supporting structured communication systems in organisations where reliable, wired voice connectivity is essential for daily operations.Benefits <ol><li>1) Clear Voice Transmission: Twisted pair construction minimises interference, ensuring crisp and uninterrupted audio communication.</li><li>2) Efficient Call Management: Enables smooth connectivity between multiple telephone lines and the central switchboard or PBX system.</li><li>3) Easy Installation: Colour-coded insulation simplifies identification, making installation and troubleshooting quicker and more accurate.</li><li>4) Reliable Performance: Provides consistent, wired communication that isn't affected by wireless signal loss or dropouts.</li><li>5) Durable and Flexible: Built to withstand frequent use and environmental factors, making them ideal for long-term office and commercial use.</li></ol>

Telephone Switchboard Cables

Winding wires are specialised insulated conductors used primarily in electrical machines such as motors, transformers, generators, and inductors. These wires are typically made of copper or aluminium and are coated with a thin layer of insulating enamel to prevent short circuits when wound closely together. Winding wires are essential for creating magnetic fields and enabling the efficient transfer of electrical energy in rotating and static devices. Their high conductivity, thermal resistance, and mechanical strength ensure durability and optimal performance under varying electrical and thermal loads. Available in various sizes and insulation grades, winding wires are selected based on the voltage, temperature, and mechanical requirements of the application. They play a vital role in ensuring the reliability and efficiency of electrical equipment.Benefits<ol><li>High Conductivity: Made from pure copper or aluminium, ensuring efficient electrical energy transfer with minimal losses.</li><li>Thermal Resistance: Withstands high operating temperatures, making them suitable for heavy-duty electrical applications.</li><li>Compact and Flexible: Designed for tight winding in motors and transformers without compromising insulation integrity.</li><li>Durable Insulation: Enamel coating prevents short circuits and ensures long-lasting performance under electrical stress.</li><li>Versatile Applications: Suitable for use in motors, transformers, generators, and various electromagnetic devices.</li></ol>

Winding Wires

Braided cables have a mesh of woven metallic cables, usually copper or silver, that covers the conducting wires. This type of cable helps the conductor become more protected while offering more flexibility. Moreover, braided cables help provide further mechanical strength and electromagnetic protection and can also bear more physical wear and tear. They are often used in vehicles, tools and parts in the automobile, aerospace and mining industries. We have braided wires from major manufacturers like Finolex, RR Kabel, Polycab, Kei, and Havells. Reach out to Headsup B2B if you need Braided cables from these top brands. Benefits 1. Long Lasting - They have a long lifetime 2. Lightweight - Despite the extra protection, they are suprisingly light 3. High strength &amp; Durable - Highly tensile &amp; weatherproof 4. High flexibility - added protection allows further flexibility 5. Resilience - Elastic and heat resistant

Discover our range of premium braided cables, designed for superior durability and flexibility. Perfect for electrical installations that require robust protection and reliable performance, our braided cables offer optimal resistance to wear and tear. Shop now for the best solution for your wiring needs.

Braided Cables

Fire survival cables are specially engineered electrical cables designed to maintain circuit integrity during a fire. These cables are critical for emergency systems such as fire alarms, emergency lighting, smoke extraction, and sprinkler controls. Made with fire-resistant insulation and robust sheathing, they can continue to operate for extended periods under extreme temperatures, often up to 950°C or more. Fire survival cables also resist smoke emission and toxic gas release, helping to maintain visibility and air quality during evacuation. They are tested to meet stringent fire performance standards and are essential in high-risk environments like hospitals, airports, tunnels, and commercial buildings. Their reliability ensures that vital safety systems remain functional when they are needed the most, supporting safe evacuation and emergency response.Benefits<ul><li>Maintains Function During Fire: Continues to operate under extreme heat, ensuring critical systems remain active during emergencies.</li><li>Enhanced Safety: Supports fire alarms, emergency lighting, and evacuation systems, helping save lives in hazardous situations.</li><li>Low Smoke and Toxicity: Emits minimal smoke and toxic gases, improving visibility and air quality during fires.</li><li>High Heat Resistance: Withstands temperatures up to 950°C or more, offering dependable performance in severe conditions.</li><li>Compliance with Safety Standards: Meets rigorous fire performance regulations, making it suitable for use in sensitive and high-risk environments.</li></ul>

Fire survival cables are specially engineered electrical cables designed to maintain circuit integrity during a fire. These cables are critical for emergency systems such as fire alarms, emergency lighting, smoke extraction, and sprinkler controls.

Fire Survival Cable

Welding cables are highly flexible electrical conductors used to carry high currents from the power source to the welding electrode. Designed to endure harsh conditions, they feature durable rubber or synthetic insulation that resists heat, oil, abrasion, and chemicals. These cables are typically made from finely stranded copper to ensure excellent conductivity and flexibility, allowing easy manoeuvrability in tight or rugged workspaces. Suitable for both industrial and commercial welding applications, welding cables are essential for maintaining consistent power flow and safe operations. They are available in various sizes and lengths to suit different welding machines and job requirements. Proper selection of cable size is crucial to minimise voltage drop and ensure efficient performance, making them an indispensable part of any professional welder’s toolkit.Benefits<ol><li>High Flexibility: Welding cables are made with finely stranded copper, allowing them to bend and twist easily. This makes them ideal for use in confined or irregular spaces without damage or loss of performance.</li><li>Excellent Conductivity: The high-purity copper core ensures efficient current flow with minimal resistance, supporting stable arc performance and reliable welds.</li><li>Durable Insulation: The tough rubber or synthetic jackets protect against heat, oil, abrasion, and chemicals, making the cables suitable for demanding industrial environments.</li><li>Versatility: Suitable for a wide range of welding applications – from construction and shipbuilding to automotive repair – welding cables can be used with both AC and DC power sources.</li><li>Enhanced Safety:With proper insulation and construction, these cables reduce the risk of electrical shocks, short circuits, and equipment damage, promoting safer working conditions.</li></ol>

Welding Cables

Industrial wiring accessories form crucial components in today's industrial electrical system as they promise safety and efficiency. Industrial plugs and sockets, cables managed by various accessories like ties and conduits, junction boxes, as well as wire connectors fall under some of the various accessories. They ensure high quality by providing insulation, grounding, and protection of the circuits, thus ensuring the entire system's reliability. With a wide variety of accessories in terms of material and finishes, the whole system comes with an element of variability and beauty. Selection, therefore, entails checking for compatibility, durability, functionality, and safety standards. A custom-built industrial wiring system has further lengthened the lifespan of the installations, allowing to be specifically tailored to internal requirements, improving the system as a whole.<h3>Benefits</h3>1. Reliable Conductivity: Ensure consistent and efficient electrical transmission. 2. Robust Insulation: Protect against environmental factors and electrical hazards. 3. Flexible Deployment: Adapt to various industrial environments and applications. 4. High-Durability: Withstand harsh conditions for extended lifespan. 5. Efficient Transmission: Optimize power delivery with minimal loss.

Industrial wiring accessories form crucial components in today's industrial electrical system as they promise safety and efficiency. Industrial plugs and sockets, cables managed by various accessories like ties and conduits, junction boxes, as well as wire connectors fall under some of the various accessories. They ensure high quality by providing insulation, grounding, and protection of the circuits, thus ensuring the entire system's reliability. With a wide variety of accessories in terms of material and finishes, the whole system comes with an element of variability and beauty. Selection, therefore, entails checking for compatibility, durability, functionality, and safety standards. A custom-built industrial wiring system has further lengthened the lifespan of the installations, allowing to be specifically tailored to internal requirements, improving the system as a whole.<h3>Benefits</h3>1. Reliable Conductivity: Ensure consistent and efficient electrical transmission. 2. Robust Insulation: Protect against environmental factors and electrical hazards. 3. Flexible Deployment: Adapt to various industrial environments and applications. 4. High-Durability: Withstand harsh conditions for extended lifespan. 5. Efficient Transmission: Optimize power delivery with minimal loss.

Industrial Wires

Electrical installations require the use of lugs and glands for making connections. Cable lugs can be defined as mechanical terminals that are used to terminate cables. Here, the lugs connect various types of cables while a cable gland is used to connect the cable to the electrical device. Made from materials such as copper, aluminium or brass, lugs and glands are tough against different kinds of weather conditions. Moreover, they also resist dust, water and corrosion. It's important for construction to manufacture and energy to maintain safety and operational efficiency. You can find these items in many different sizes and types to match your cable specifications. HeadsUp B2B is your one-stop source for electrical products of trusted brands.<h3> Benefits </h3> 1.Strong: Maintaining secure and strong connections between the conductor leads and lugs ensures less risk of loose connections. 2.Secure: Cable glands protect cables from dust, water and more, keeping electrical installations working longer. 3.Made from best materials: Materials like Copper, Aluminum, or Brass make them strong enough for harsh industrial conditions and heavy loads. 4.Versatility: These devices come in a variety of sizes and types to suit a variety of cable specifications and applications in different industries. 5.High Quality: Manufactured according to industry standards, they guarantee the safe and reliable operation of electric systems.

Shop our selection of high-quality lugs and glands, designed to provide secure and reliable electrical connections. Perfect for various industrial and residential applications, our durable products ensure optimal performance and safety in your wiring systems. Browse now to find the ideal lugs and glands for your needs.

Lugs & Glands

Aluminum Armoured Cable(AAC) is an electrical cable designed to perform best in harsh environments. These cables are made up of several layers such as the conductor, insulator, and armour for construction. The conductors are of aluminum, hence light in weight and excellent conductor of electricity. Insulators are made of PVC, making them resistant and protecting harsh conditions. Some other uses of AAC are that these cables are used for telecommunication, construction sites, and mining. Some of the properties of these cables are that they are light in weight make the cables easy to transport, and have non-magnetic nature because of aluminum armour that helps the cables not to get overheated and have robust protection that helps these cables keep them safe from physical damage. Havells, Polycab, Finolex, and Sterlite are some of the top brands in the industry and you can find all electrical cables and wires conveniently on Headsup B2B.<h3>Benefits</h3>1.Robust Protection: The primary advantage of aluminium armoured cables is the provision of high strength and protection against physical force in the form of impacts or abrasive contact. They find applications in extreme environments where cables are subjected to external threats. 2.Safety: The main difference between conventional cables and these is that they do not allow electrical faults or short circuits. An extra shielding layer is created around this layer. It has minimized the problems of electrical shock and fire hazards. 3.Durability: Aluminum armoured cables are quite strong and can tolerate serious conditions, foot traffic included. Their solid build guarantees an extended service life and saves a lot of money that would otherwise have gone to replace or repair them. 4.Electromagnetic Interference Shielding: The metal armour provides an additional layer of shielding against electromagnetic interference (EMI), making these cables suitable for use in environments with sensitive electronic equipment. 5.Flexibility: While the outer armour of the cable is hard, aluminium is flexible and easy to manipulate. This makes for easy installation in tight areas without compromising the cable's integrity.

Aluminum Armoured Cable

Multicore flexible cables are electrical cables that consist of multiple insulated conductors bundled within a single outer sheath. Designed for flexibility, durability, and compact routing, these cables are ideal for use in control panels, appliances, industrial machinery, robotics, and audio-visual systems. Their ability to bend and twist without damage makes them especially useful in environments where space is limited or where the cable must move during operation. Typically made with copper conductors and PVC or rubber insulation, they offer excellent electrical conductivity and resistance to mechanical stress. Multicore flexible cables simplify wiring by reducing clutter, and their outer jacket provides protection from abrasion, moisture, and oil. They are widely trusted for reliable and efficient signal and power transmission.Benefits <ol><li>Space-Saving Design Multiple conductors in one sheath reduce wiring clutter and save installation space.</li><li>Enhanced Flexibility Ideal for dynamic applications where cables must bend, twist, or move.</li><li>Simplified Installation Easier and faster to install compared to multiple single-core wires.</li><li>Durable and Resistant Withstands mechanical stress, vibration, and exposure to oils and chemicals.</li><li>Versatile Applications Suitable for control panels, machinery, audio systems, and more.</li></ol>

Multicore Flexible Cables

Single Core Flexible&nbsp;Cable are electrical cables with tight bending radii and cope under stressful situations. As the name suggests, it has a single metal wire inside it, usually copper or aluminium, with insulation of rubber, or PVC wrapped around it. They can cater to industrial and civil uses over long distances. They are typically used in appliances in construction sites, malls, offices, homes or other items that may require high voltages. We have single-core flexible cables available from top brands such as KEI. Benefits 1. High Flexibility - These cables can handle stress due to high flexibility. 2. Single pathway design - Due to single pathway design, they are simpler to use. 3. High voltages - High voltage leads to lesser magnetic interference. 4. Colour-based standardisation - This standardisation reveals information about voltages. 5. Simple design – The simple design leads to lower chances of short circuits.

Single Core Flexible

Building wires are the hidden heroes that power your home.  These cables carry electricity throughout your structure, supplying outlets, lights, and appliances.  Building wires come in various types and sizes, each with specific insulation for safety and code compliance.  Choose the right building wires for your project to ensure a safe and functional electrical system, Building wires are used for general electrical installations in residential and commercial buildings. They carry electricity to outlets, switches, and appliances. These wires are typically copper conductors with PVC insulation for safety and durability. Proper selection of wire gauge is essential for safe and efficient operation.

Shop our high-quality building wires designed for secure and efficient electrical wiring in residential, commercial, and industrial settings. Built for durability and safety, our wires ensure optimal performance in any installation. Browse our selection today for the best building wire solutions to meet your needs.

Building Wires

JFTC&nbsp;Cables&nbsp;is&nbsp;a&nbsp;quality&nbsp;cable&nbsp;that&nbsp;can&nbsp;be&nbsp;used&nbsp;for&nbsp;multiple&nbsp;applications.&nbsp;Designed&nbsp;in&nbsp;accordance&nbsp;with&nbsp;industrial&nbsp;standards,&nbsp;JFTC&nbsp;cables&nbsp;help&nbsp;manufacturers&nbsp;and&nbsp;suppliers&nbsp;to&nbsp;manufacture&nbsp;JFTC&nbsp;Cables&nbsp;effectively&nbsp;and&nbsp;efficiently.&nbsp;JFTC&nbsp;Cables&nbsp;are&nbsp;great&nbsp;for&nbsp;getting&nbsp;energy&nbsp;where&nbsp;it&nbsp;needs&nbsp;to&nbsp;go&nbsp;for&nbsp;machines&nbsp;as&nbsp;well&nbsp;as&nbsp;for&nbsp;protecting&nbsp;and&nbsp;controlling&nbsp;other&nbsp;systems.&nbsp;Offering&nbsp;single-core&nbsp;and&nbsp;multi-core&nbsp;types,&nbsp;JFTC&nbsp;Cables&nbsp;allow&nbsp;uninterrupted&nbsp;power&nbsp;transmission&nbsp;and&nbsp;meet&nbsp;International&nbsp;Electrotechnical&nbsp;Commission&nbsp;(IEC)&nbsp;standards.&nbsp;Purchase&nbsp;JFTC&nbsp;Cables&nbsp;on&nbsp;Headsup&nbsp;B2B. <h3> Benefits&nbsp;</h3> 1.Water&nbsp;Resistance&nbsp;–&nbsp;It&nbsp;has&nbsp;a&nbsp;petroleum&nbsp;jelly&nbsp;filling&nbsp;for&nbsp;proper&nbsp;moisture&nbsp;protection.&nbsp;Ideal&nbsp;for&nbsp;wet&nbsp;or&nbsp;damp&nbsp;conditions.&nbsp; 2.Enhanced&nbsp;Reliability&nbsp;–&nbsp;Enhanced&nbsp;with&nbsp;bright&nbsp;annealed&nbsp;copper&nbsp;and&nbsp;protective&nbsp;layers&nbsp;to&nbsp;reduce&nbsp;signal&nbsp;loss&nbsp;and&nbsp;interference 3.Application&nbsp;-&nbsp;A&nbsp;beneficial&nbsp;device,&nbsp;it&nbsp;has&nbsp;domestic&nbsp;industrial&nbsp;and&nbsp;commercial&nbsp;uses.&nbsp; 4.Customization&nbsp;-&nbsp;We&nbsp;offer&nbsp;different&nbsp;specifications&nbsp;of&nbsp;these&nbsp;telecom&nbsp;cables&nbsp;to&nbsp;suit&nbsp;your&nbsp;projects.&nbsp; 5.Quality - They are&nbsp;rigorously&nbsp;tested&nbsp;to&nbsp;ensure&nbsp;that&nbsp;they&nbsp;perform&nbsp;as&nbsp;per&nbsp;international&nbsp;quality&nbsp;standards.

Shop JFTC cables at Headsup B2B for reliable telephone and data transmission. Explore top-grade jelly-filled telecom cables ideal for underground and outdoor communication networks.

JFTC Cables

Solar&nbsp;DC&nbsp;cables&nbsp;facilitate&nbsp;the&nbsp;transfer&nbsp;of&nbsp;direct&nbsp;current&nbsp;electricity,&nbsp;generated&nbsp;by&nbsp;solar&nbsp;panels&nbsp;to&nbsp;inverters&nbsp;and&nbsp;other&nbsp;components.&nbsp;These&nbsp;cables&nbsp;are&nbsp;designed&nbsp;to&nbsp;withstand&nbsp;harsh&nbsp;environmental&nbsp;conditions&nbsp;including&nbsp;UV&nbsp;radiation,&nbsp;extreme&nbsp;temperatures&nbsp;and&nbsp;moisture.&nbsp;These&nbsp;cables&nbsp;have&nbsp;single&nbsp;core&nbsp;made&nbsp;of&nbsp;copper&nbsp;with&nbsp;insulation&nbsp;and&nbsp;sheathing.&nbsp;High&nbsp;quality&nbsp;copper&nbsp;provides&nbsp;conductivity&nbsp;and&nbsp;durability.&nbsp;DC&nbsp;cables&nbsp;have&nbsp;one&nbsp;directional&nbsp;polarity&nbsp;and&nbsp;they&nbsp;operate&nbsp;on&nbsp;low&nbsp;voltage.&nbsp;The&nbsp;top&nbsp;brands&nbsp;for&nbsp;Solar&nbsp;DC&nbsp;cables&nbsp;include&nbsp;Polycab&nbsp;and&nbsp;Havells.&nbsp;Headsup&nbsp;B2B&nbsp;is&nbsp;a&nbsp;one&nbsp;stop&nbsp;destination&nbsp;for&nbsp;all&nbsp;your&nbsp;wires&nbsp;and&nbsp;cables&nbsp;needs.&nbsp;For&nbsp;all&nbsp;your&nbsp;wires&nbsp;and&nbsp;cables,&nbsp;you&nbsp;can&nbsp;contact&nbsp;us. Benefits 1)Efficiency: Solar&nbsp;DC&nbsp;Cables&nbsp;are&nbsp;constructed&nbsp;to&nbsp;reduce&nbsp;heat&nbsp;loss&nbsp;ensuring&nbsp;that&nbsp;the&nbsp;cell&nbsp;operates&nbsp;with&nbsp;optimum&nbsp;performance&nbsp;producing&nbsp;consistent&nbsp;energy&nbsp;over&nbsp;time. 2)Durability&nbsp;&amp;&nbsp;Longevity: These&nbsp;cables&nbsp;are&nbsp;constructed&nbsp;to&nbsp;minimize&nbsp;resistance&nbsp;leading&nbsp;to&nbsp;heat&nbsp;loss,&nbsp;producing&nbsp;more&nbsp;electricity&nbsp;over&nbsp;time. 3)Safety: DC&nbsp;cables&nbsp;are&nbsp;flame-resistant&nbsp;and&nbsp;minimise&nbsp;smoke&nbsp;propagation&nbsp;in&nbsp;case&nbsp;of&nbsp;fire.&nbsp;This&nbsp;feature&nbsp;enhances&nbsp;overall&nbsp;safety&nbsp;in&nbsp;solar&nbsp;installations.&nbsp;These&nbsp;cables&nbsp;are&nbsp;more&nbsp;flexible&nbsp;than&nbsp;typical&nbsp;DC&nbsp;cables&nbsp;as&nbsp;they&nbsp;can&nbsp;route&nbsp;around&nbsp;obstacles.&nbsp;It&nbsp;makes&nbsp;them&nbsp;helpful&nbsp;in&nbsp;different&nbsp;installation&nbsp;conditions.&nbsp;These&nbsp;cables&nbsp;can&nbsp;be&nbsp;used&nbsp;in&nbsp;various&nbsp;settings,&nbsp;including&nbsp;large&nbsp;commercial&nbsp;solar&nbsp;farms. 4)Flexibility&nbsp;and&nbsp;Installation The&nbsp;flexibility&nbsp;of&nbsp;these&nbsp;cables&nbsp;makes&nbsp;it&nbsp;easier&nbsp;for&nbsp;them&nbsp;to&nbsp;get&nbsp;installed.&nbsp;These&nbsp;cables&nbsp;can&nbsp;be&nbsp;used&nbsp;in&nbsp;different&nbsp;commercial&nbsp;settings&nbsp;making&nbsp;them&nbsp;versatile&nbsp;for&nbsp;various&nbsp;energy&nbsp;systems. 5)Compliance Solar&nbsp;DC&nbsp;Cables&nbsp;adhere&nbsp;to&nbsp;the&nbsp;standard&nbsp;compliance&nbsp;with&nbsp;safety&nbsp;standards.&nbsp;These&nbsp;cables&nbsp;meet&nbsp;strict&nbsp;industry&nbsp;standards&nbsp;such&nbsp;as&nbsp;such&nbsp;as&nbsp;UL&nbsp;4703&nbsp;and&nbsp;IEC&nbsp;62930.&nbsp;These&nbsp;cables&nbsp;are&nbsp;flame&nbsp;retardant&nbsp;and&nbsp;halogen&nbsp;free.

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