All products (313 goods)
E-Line KL Busbar
E-Line KL Series Busbar Systems are designed as another product within the "E-Line Busbar Product Group" for use in medium-sized buildings or industrial facilities. It can be used…
E-Line KO-II Busbar
E-Line KO II Series "medium range busbar" systems provide suitable solutions for electricity transmission and distribution in medium-sized buildings or industrial facilities. They can be used in horizontal…
E-Line CR Busbar
Busbar trunking systems (E-Line CR Busbar: Cast Resin Busbar) provides the transfer and distribution of electrical current between 630A and 6300A. Explosion proof protected and compatible with E-line…
E-Line CCR Busbar
Carrying high currents (transformer to switchboards, main distribution lines, power distribution for factories) using “Cast Resin Busbars” in outdoor environments, gallery transitions, chemical plants, harbour applications, tunnels instead…
E-Line KX Busbar
E-Line KX Series Compact Busbar Systems are used in horizontal and vertical energy distribution and transmission in Bolt-on (supply from the junctures) and Plug-in (from window points on…
Plastic Insulated Prefabricated Branched Cable
Documentation: Plastic Insulated Prefabricated branched cable with Solar and Aerial Applications —— Rated Voltage 0.6/1kV Application: This versatile product is widely employed in power distribution systems of various facilities, including living houses, office buildings, hospitals, shopping malls, factories, and is specifically suited for solar installations and aerial power distribution due to its Prefabricated Branched Cable and Solar Cable capabilities. Additionally, it can be used in Aerial Insulated Cable applications where required.
Mineral insulated Metal Fire-resistant flexible cable
Documentation: Mineral Insulated Metal Sheathed Fire-resistant Flexible Cable —— Rated Voltage 1kV Max (Also Suitable for Fire Resistant Cable, Solar Cable, and Aluminum Alloy Power Cable Applications)
CU(AL)/XLPE/PE/FCWP cable
The CU(AL/AA)/XLPE/PE/FCWP cable represents a groundbreaking integration of Underwater Power Cable, Solar Cable, and aluminum alloy Power Cable technologies. Featuring a conductor made of either copper (CU), aluminum (AL), or aluminum alloy (AA), cross-linked polyethylene (XLPE) insulation, polyethylene (PE) inner sheath, and flame-retardant, water-resistant, and UV-resistant polyethylene (FCWP) outer jacket, this cable offers unparalleled versatility, reliability, and performance across diverse applications.
CU(AA)/XLPE/ATA/PE/FCWP
The CU(AL/AA)/XLPE/ATA(AWA)/PE/FCWP cable stands as a versatile and robust solution tailored to address the varying demands of Underwater Power Cable, Building Wire, and Aerial Insulated Cable. Incorporating copper (CU), aluminum (AL), or aluminum alloy (AA) conductors with cross-linked polyethylene (XLPE) insulation, it further enhances protection with either aluminum tape and armor (ATA) or armor wire armor (AWA). A polyethylene (PE) separator and a flame-retardant, water-resistant, UV-resistant polyethylene (FCWP) outer jacket round out its construction, offering exceptional performance and reliability across various scenarios.
CU(AL)/XLPE/ATA/FCWP cables
The CU(AL/AA)/XLPE/ATA(AWA)/FCWP cable seamlessly integrates the superior characteristics of Underwater Power Cable, Solar Cable, and Fire Resistant Cable, offering a versatile and dependable solution tailored for an array of applications. Specifically, for underwater power applications, it functions akin to high-performance underwater power cables. Featuring a conductor crafted from copper (CU), aluminum (AL), or aluminum alloy (AA), cross-linked polyethylene (XLPE) insulation, aluminum tape and armor (ATA) or armor wire armor (AWA) for enhanced shielding, and a flame-retardant, water-resistant, and UV-resistant polyethylene (FCWP) outer jacket, this cable is engineered to satisfy the most stringent demands.
Salt spray resistant and seawater resistant cable
Underwater Power Cable Designed for submerged applications in oceans, rivers, and lakes, underwater power cables prioritize corrosion resistance and waterproof integrity. These cables feature multi-layered protection, including oil-paper insulation or cross-linked polyethylene (XLPE) with water-blocking structures. Advanced materials like metal sheaths and anti-fish-bite coatings ensure durability against saltwater corrosion and mechanical stress. For instance, XLPE insulation maintains stable electrical performance even in high-salinity environments, while triple-wall designs with glass wool insulation enhance thermal stability. Such cables are critical for offshore energy projects and subsea infrastructure, offering lifespans exceeding 40 years under continuous salt spray exposure.
Optoelectronic composite underwater cable
The Optoelectronic Composite Underwater Cable integrates advanced optical and electrical transmission technologies, designed for demanding subaquatic environments while supporting cross-industry applications in power distribution, renewable energy, and aerial grid systems. This hybrid cable combines high-voltage power transmission with fiber-optic communication capabilities, ensuring reliability in harsh conditions such as deep-sea exploration, offshore solar farms, and aerial power networks.