All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(4824 products available)
There are various type of cable price 120. They include
Power cables are responsible for the transmission of electric current from one point to another. They are mainly applied in residential, industrial and commercial constructions. These cables come up with multiple conductors as well as insulation layers. The layers provide electric protection and prevent the current from leaking. Often, their price is contingent on their size, material and voltage rating. Standard residential electric system power cables range in price from $120 to $200.
Coaxial cables are used to transmit television signals, internet data and other types of communication. They have a copper or aluminum wire core insulated by a plastic layer. The layer is then surrounded by a shield made of intertwined copper wires. Usually, coaxial cable prices vary based on their brand and length. A standard 100-foot long RG6 coaxial cable for a television system typically costs between $20 and $50.
Universal Serial Bus cables connect devices to a power source for data transfer. They are mainly applied in smartphones, tablets, and laptop chargers. Also, they are used for data transfer between devices. Usually, the prices of USB cables are affected by their length, type and material. Common types include USB-A, USB-C and micro USB. Standard USB cables come up with a price range of $10 to $20. However, quick charging and data transfer cables may cost more.
Fiber optic cables transmit data at high speed through light rather than electrical current. These cables are commonly used for high-speed internet, telephone and television services. Also, they are increasingly applied in medical and industrial settings. Their price depends on the type and length. A single-mode fiber optic cable, commonly used for long-distance communication, prices at $120 for a 1,000-foot length.
Ruggedized cables withstand harsh conditions and environments. They are mainly used in industries such as construction, mining and military. These cables endure extreme temperatures, moisture and physical stress. Often, their price comes with insulation material and the degree of ruggedness. A heavy-duty, waterproof 100-foot ruggedized power cable for outdoor construction typically costs between $120 and $300.
There are diverse materials and durability of cable prices 120. They consist of
The internal conductors of electric cables are primarily made of copper or aluminum. They are responsible for carrying electric current. Copper is more conductive and offers better electric current flow. Often, it is the preferred choice for high-performance applications. In addition, aluminum is lighter and more affordable. Though offering lower conductivity, it is ideal for long-distance power transmission.
Insulation material surrounds the conductor. It prevents electric current from escaping and ensures user safety. Often, it is made of polyvinyl chloride (PVC), cross-linked polyethylene (XLPE) or thermoplastic elastomer (TPE). PVC is the most commonly applied insulation material. This is due to its affordability and flexibility. Often, it is used for general purpose cables. Also, XLPE has superior heat resistance, durability and electric properties. Usually, it is for cables applied in high voltage and extreme temperatures. Moreover, TPE remains flexible under a vast temperature range. Also, it has excellent resistance to chemicals and environmental stress.
Armor adds a layer of protection against physical damage, rodents and water. Usually, it is fabricated from steel, aluminum or other tough metals. Steel provides unmatched protection. This makes steel wire armored (SWA) cables ideal for heavy industries. Also, aluminum is lightweight and offers moderate protection. Often, it is used in applications where weight is a major concern. On the other hand, jackets are the outermost layer of a cable. They offer additional protection and insulation. Often, they are made of PVC, nitrile rubber or neoprene. In addition, nitrile rubber and neoprene jackets provide enhanced protection against oils and chemicals. Therefore, they are suitable for industrial settings.
Cables for applications in extreme environments often feature waterproofing and heat-resistant materials. Commonly, waterproof cables have jacketing and insulation made of TPE or neoprene. They seamlessly keep water out. Heat-resistant cables utilize XLPE insulation or silicone rubber. They are capable of enduring prolonged exposure to high temperatures without degrading. Usually, these robust materials increase the cables’ lifespan in harsh environments.
The cable price 120 has several commercial value and uses. They include
Cables are extensively used in power distribution systems. They connect generators to transformers, substations and consumers. They help in transmitting electricity safely and efficiently. Often, this is within residential, commercial and industrial settings. Usually, durable cables contribute to reducing power loss.
In construction, cables are a critical component of electrical wiring for residential and commercial buildings. They carry electric current to outlets, lighting, HVAC systems and appliances. The right choice of cables ensures safety and enables optimal system performance. Moreover, it offers enhanced energy efficiency. Residential wiring systems are commonly made of copper or aluminum cables to help in efficiently transmitting the current.
Cables are vital in telecommunications. Normally, coaxial and fiber optic cables are applied for data transmission. They connect homes and businesses to high-speed internet, cable television and telephone services. In addition, the demand for faster and more reliable internet has significantly increased fiber optic cable utilization. This has consequently escalated their market value.
Cables are used for both indoor and outdoor applications. Indoor cables are meant for general wiring and telecommunications. While outdoor cables withstand the environment. They are fabricated with added protection against moisture, UV radiation and extreme temperatures. Furthermore, outdoor cables are used in power lines, street lighting and outdoor telecommunication networks.
Automotive applications use cables to connect electrical components. Cables are used in vehicles to power entertainment systems, navigation, lighting and electric windows. In transportation systems, cables also power signage, traffic signals and communication systems. The demand for electric vehicles increases the need for high-quality cables, thus boosting their commercial value.
Growing installations of solar and wind energy systems increasing depend on cables. These cables connect solar panels, wind turbines and inverters to the power grid. Rarely, they help in transmitting clean energy efficiently. As the world transitions to renewable energy, the demand for cables also increases. This leads to a rise in their value in the marketplace.
Choosing cable price 120 requires considering several factors. Here are some of them
Cables come in different material compositions. Each well suited for specific purposes. Usually, copper cables offer better conductivity, thus making them ideal for high-performance applications. On the other hand, aluminum cables are lightweight and more affordable. Often, they are used for long-distance power transmissions. Therefore, the application of a cable together with its environment will determine the right material.
Insulation type plays a pivotal role in cable safety and performance. PVF insulation has affordability and flexibility. This makes it a suitable option for general-purpose cables. On the other hand, XLPE insulation has superior heat resistance and durability. It makes it ideal for high voltage and extreme temperature applications. Also, TPE keeps the cable flexible. This is under a wide range of temperatures. As a result, it makes it suitable for load and dynamic applications.
Durability is key when choosing cables for harsh environments. Armored cables offer unmatched protection. They are suitable for outdoor use or in industrial settings. Moreover, ruggedized cables have added strength. They can withstand extreme temperatures, water, chemicals and physical stress. Therefore, they are ideal for construction sites, mining and military applications.
Identify the cable application to settle for the ideal choice. Some of the common uses of cables include power distribution, electrical wiring, and telecommunications. Also, they are used in automotive and outdoor installations. In case of renewable energy systems. For electrical wiring in residential and commercial buildings, the ideal choice is non-armored cables. Cables for outdoor applications require weatherproof or waterproof cables. They come with armor for added protection. Meanwhile, telecommunications rely on coaxial and fiber optic cables. For heavy machinery or long-distance power transmission, high-quality durable cables are essential.
Cable applications in outdoor settings require waterproof or weatherproof cables. These cables come with added insulation and jacketing. They protect the internal conductors from moisture, sunlight and extreme weather conditions. Chemicals, oils or extreme temperatures cables used in industrial settings are most likely to encounter. They have to be shielded with cables with resistant materials. Materials like neoprene or TPE enhanced cable protection. Moreover, cables used in dynamic environments such as construction sites or in machinery undergo constant movement. They need cables with flexible insulations. They are capable of enduring repeated bending without succumbing to damage.
Jackets are the outermost layer of cables. Usually, they protect against moisture, chemicals, UV radiation and mechanical stress. Commonly, they are fabricated from durable materials like PVC, nitrile rubber or neoprene. These materials enhance the cables’ overall lifespan. This makes them suitable for various applications. Therefore, jackets increase the cables’ resistance to environmental factors.
Typically, cables with waterproof or weatherproof jackets are suitable for outdoor applications. They are fabricated using TPE or neoprene. These materials provide added protection against moisture and UV radiation. Therefore, they make the cables ideal for outdoor installations. They also have armor. It offers extra protection against physical damage.
Fiber optic cables transmit data at a higher speed. They offer better electric signal quality over longer distances. In addition, they are lighter and narrower. Fiber optic cables are less susceptible to electromagnetic interference. Thus making them a more reliable option for high-speed communication. They also provide greater bandwidth capacity. This allows them to accommodate modern telecommunications系统的需求.
Yes, armored cables provide better protection than non-armored cables. The armor layer comes with extra protection against physical damage. These include punctures, cuts and heavy impact. It also protects against rodents and other animals. In addition, armored cables have superior durability. They are suitable for harsh environments in industrial and outdoor applications.
Several factors affect the cables’ commercial value. They include materials, insulation types and durability. Other factors include cable applications, environment and demand. Cables with premium materials like copper or custom-designed ruggedized cables offer better conductivity. They have increasing market demands. Also, seasonal fluctuations in demand affected by the construction or industrial sector needs increase cable prices.
