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PRODUCTS
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Get LT Cable, LT XLPE 1.1 KV, LT Copper Cable LT cables LT cables are designed for installation in various residential and commercial buildings, electrical facilities, and communication panel systems. The primary material used in its manufacturing is low-density polyethylene, a thermoplastic material. Therefore, it comprises long chains of hydrocarbon molecules, eventually melting at a temperature of 110°C. Our skilled professionals select superior-grade base materials that increase the service life of the wire and make it ideal for your ideal power supply. To ensure perfect performance and defect-free quality, this power cable has been checked through rigorous quality tests under the strict guidance of experts. LT XLPE 1.1KV XLPE insulated cables were introduced worldwide in the mid-60s. These cables overcome the limitations of PVC- LT copper cable Power Cable Corporation manufacture and supply LT Copper cables to power companies, electricity boards, various power/cement projects, port trusts, railways, steel mills, and the private sector across the country. Our products are ISI- and ISO-certified, and we also manufacture cables as per international standards. Power Cable Corporation is a leading LT cable manufacturer. We manufacture safe and secure LT power cables using high-quality flame retardant materials and electrolytic grade copper, ensuring excellent conductivity. Our LT power cables are flame retardant and do not readily ignite from domestic flames or chemicals used in chemical industries and hospitals. We believe in providing quality wire without defects and ensure strict quality checks based on the characteristic factors of the wire. Power Cable Corporation is used in industrial, commercial, institutional, and residential power distribution applications. We also have highly qualified and trained technical staff who can advise you on the suitability of your required cables for critical applications Overview of HT Cable, HT XLPE Cable, HT XLPE, and HT Copper Cable up to 33 KV Reliability of HT Cable High-voltage power transmission in large factories, plants, and even power plants is done through high-voltage cables. Compared to wires, cables are more reliable because they have a core of two or three wires that are braided, bundled, or twisted together and secure mechanical protection of aluminum wire. It will be more safe. The outer covering, or sheathing, is a thick layer of PVC insulation. High tensile strength (HT) cables have single or multiple cores and are usually made of high-quality copper and aluminum conductors. High Transmission and Long Life: The main advantage of these cables is their ability to transmit high-voltage current continuously. HT cables used in industrial applications have many reliability characteristics, including high short-circuit ratings and long lifetimes. Selecting the correct cable type and size for a specific application is essential for electrical projects. The performance of all equipment is highly dependent on the performance of the cable. Proper cable selection ensures trouble-free performance and optimizes equipment, installation, and operating costs. High Durability: Top-quality HT cable can withstand extremely high temperatures in emergencies. However, this is only for a short period. The cable can also withstand temporary circuit stress. This, in turn, helps prevent fires. These cables are flame-retardant and are highly resistant to vibration, moisture, chemicals, and corrosion. Benefits of using HT XLPE cable instead of PVC cable High Voltage HT XLPE cables are insulated cables designed to transmit high voltage current over long distances safely. They are often used in power lines, substations, and other electrical infrastructure. The difference between XLPE and PVC cables lies in the insulating material used to cover the conductors in each cable core. However, this simple difference gives XLPE cable many advantages over PVC cable. XLPE provides superior electrical performance, increased flexibility, and improved safety. The excellent electrical performance of HT XLPE cable allows for more efficient energy transfer. HT XLPE up to 33KV HT (High Tensile Strength) cables are cables designed to transmit power at higher voltage levels, typically in the range of 3.3 kV to 33 kV. These cables send power over long distances and are commonly used in power distribution systems, industrial applications, and infrastructure projects. HT XLPE upto 33 kv are manufactured at our state-of-the-art manufacturing facility in Daman. Advances in technology and the polymer revolution have replaced traditional paper-insulated cables and thermoplastic-insulated cables with cross-linked polyethylene (XLPE), which has superior electrical, mechanical, and thermal properties and reduces cable weight and dimensions. Power Cable Corporation aims to manufacture the highest quality cables and satisfy customers. HT Copper Cable is fully equipped with heavy-duty machinery for wire drawing and conductor fabrication, layup, sheathing, and packaging. Power Cable Corporation has a stringent quality plan and a fully equipped testing laboratory to ensure that the highest quality cables are manufactured per the prescribed designs and specifications. The cables are tested as per international standards If any query please contact to Us: No: 24 (Old No: 106), Armenian Street Chennai, 600001 Tamil Nadu, India Phone: 91-44-42161136 , 42166555 Near by TNTJ Head office Mobile No: 91-9840019926 / 9500005505/8248606746 Gmail:powercablesindia@gmail.com |
insulated cables, such as thermal degradation, poor moisture resistance, and thermoplasticity. XLPE stands for cross-linked polyethylene. Cross-linking makes the material heat-resistant and does not soften even at high temperatures. Additionally, it has good resistance to stress cracking and aging in hot air. There is no adverse effect on electrical properties due to changes in structure. Our experts manufacture the LT XLPE 1.1 KV using the finest raw materials and advanced technologies. Our valued customers can purchase this LT cable from us in bulk at nominal prices.
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