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Enable the Cabled World!!
LS Cable & System realizes the higher cabled value!
LS Cable & System, established in 1962, has been contributing to building power grids and communication networks first in Korea and then in countries all over the world by developing, producing and providing cables and related solutions used in daily life and throughout many industries. Furthermore, the company set the stage for industrial and economic development by capitalizing on our innovative technology to supply various special industrial cables and industrial materials.
We at LS Cable & System are now supplying state-of-the-art products, such as submarine, extra-high voltage, high temperature superconducting and communications cables to power authorities, heavy electric equipment makers and common carriers around the world. Our products can be seen throughout the Americas, Europe, the Middle East and Asia, so we are now recognized as a leading manufacturer serving global industries both in name and reality.
Based on our corporate philosophy, “LS Cable & System Way,” we will go beyond simply generating profits to develop forward thinking competencies by innovating our business models, developing environment-friendly high-quality products and reinforcing our partnerships with stakeholders as the best partner that will maximize customer values. We will open a brighter future by innovating and investing in technologies that push the envelope and developing the best total solutions.
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Link with
Province/City
Dong Nai Province
Industrial Park
Nhon Trach II Loc Khang Industrial Park
Location Map & Landmarks
On-sale Properties
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Price: |
20 - 25 million/ m² |
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Area: |
123 - 250 m² |
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Location: |
Nhơn Trạch, Đồng Nai |
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Purpose: |
For Sale |
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Price: |
70 USD/m2/38 year |
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Area: |
28,000 m² - 130,864 m² |
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Location: |
Nhơn Trạch, Đồng Nai |
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Purpose: |
For Sale |
Products of the company
Marine cables are produced based on Norway Std. It is widely used as an off-shore cable for FPSO, rigs and drill-ships. Drilling fluid resistance (Mud resistance) is applicable, and is superior in chemical and oil resistance compared to other cables.
Detail
JIS C 3410 cables are mostly used for transportation vessels (container ships, bulk ships, car carrying ships, LNG ships etc.) The requirements for cables are increasing to prepare for fire hazards while transporting cargo or crude oil in the isolated areas at sea. Low toxicity, flame retardant, low-fire properties are required, and recently, due the opening of new sea-lanes in polar regions, high cold resistance is also being required.
Detail
Superconductive cables are the eco-friendly, next-generation transmission system that enables large storage of electricity to be transmitted with high efficiency using lower voltages compared to high-voltage underground cables. They have high market potential and knock-on effects that could present a new paradigm for present-day electrical systems. Furthermore, when the joist technology for superconductive cables is fully developed, current substations can be converted to small-size switching stations and fewer new substations will need to be built. And in the future, superconductive cables may replace extra-high voltage large storage overhead conductors as well. Such benefits will contribute to greater social acceptance and enhanced convenience to citizens by helping resolve the NIMBY attitude toward unpleasant facilities. Furthermore, it will contribute significantly to the power grid business, which will be one of the core competitive technologies among nations in the future. Products in the superconductive cable system include superconductive cables, middle and terminal connection boxes, cooling systems to keep the superconductive cables at an extra-low temperature of -200 degrees, and control systems. Liquid nitrogen is used as the refrigerant.
Detail
The basic material for XLPE is polyethylene, which is chemically transformed to cross-linked polyethylene (XLPE) through the cross-link reaction of organic peroxides. The cross-link method for polyethylene was developed in the United States during the 1950’s and has since been continuously developed for application to higher voltages. Higher voltages are increasingly being required, and the 500kV XLPE cables have already been commercialized.
Detail
