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Complete Guide to Marine Ethernet Cable Structure: From Conductor to Outer Sheath
Today, let me explain the detailed structure of marine Ethernet cables. Simply put, standard Ethernet cables consist of conductor, insulation layer, shielding layer, and outer sheath, while armored cables add an inner sheath and armor layer between the shielding and outer sheath. Clearly, armored...Read more -
Power Cable Shielding Layers: A Comprehensive Analysis of Structure and Materials
In wire and cable products, shielding structures are divided into two distinct concepts: electromagnetic shielding and electric field shielding. Electromagnetic shielding is primarily used to prevent high-frequency signal cables (such as RF cables and electronic cables) from causing interference ...Read more -
Marine Cables: A Comprehensive Guide From Materials To Applications
1. Overview Of Marine Cables Marine cables are electrical wires and cables used for power, lighting, and control systems in various vessels, offshore oil platforms, and other marine structures. Unlike ordinary cables, marine cables are designed for harsh operating conditions, requiring higher tec...Read more -
Engineered For The Ocean: The Structural Design Of Marine Optical Fiber Cables
Marine optical fiber cables are specifically designed for ocean environments, providing stable and reliable data transmission. They are not only used for internal ship communication but also widely applied in transoceanic communication and data transmission for offshore oil and gas platforms, pla...Read more -
The Material And Insulation Properties Of Dc Cables: Enabling Efficient And Reliable Energy Transmission
The electric field stress distribution in AC cables is uniform, and the focus of cable insulation materials is on the dielectric constant, which is not affected by temperature. In contrast, the stress distribution in DC cables is highest at the inner layer of the insulation and is influenced by t...Read more -
Comparison Of High Voltage Cable Materials For New Energy Vehicles: XLPE vs Silicone Rubber
In the field of New Energy Vehicles (EV, PHEV, HEV), the choice of materials for high voltage cables is crucial to the vehicle’s safety, durability, and performance. Cross-linked polyethylene (XLPE) and silicone rubber are two of the most common insulation materials, but they have significa...Read more -
Advantages And Future Applications Of LSZH Cables: An In-Depth Analysis
With the increasing awareness of environmental protection, Low Smoke Zero Halogen (LSZH) cables are gradually becoming mainstream products in the market. Compared to traditional cables, LSZH cables not only offer superior environmental...Read more -
What Does The Most Common Indoor Optical Cable Look Like?
Indoor optical cables are commonly used in structured cabling systems. Due to various factors such as building environment and installation conditions, the design of indoor optical cables has become more complex. The materials used for the optical fibers and cables are d...Read more -
Choosing The Right Cable Jacket For Every Environment: A Complete Guide
Cables are essential components of industrial wire harnesses, ensuring stable and reliable electrical signal transmission for industrial equipment. The cable jacket is a key factor in providing insulation and environmental resistance properties. As global industrialization continues to develop, i...Read more -
Overview Of Water Blocking Cable Materials And Structure
Water Blocking Cable Materials Water blocking materials can generally be divided into two categories: active water blocking and passive water blocking. Active water blocking utilizes the water-absorbing and swelling properties of active materials. When the sheath or joint is damaged, these materi...Read more -
Flame Retardant Cables
Flame Retardant Cables Flame-retardant cables are specially designed cables with materials and construction optimized to resist the spread of flames in the event of a fire. These cables inhibit the flame from propagating along the cable length and reduce the emission of smoke and toxic gases in t...Read more -
Enhancing XLPE Cable Life With Antioxidants
The Role of Antioxidants in Enhancing the Lifespan of Cross-Linked Polyethylene (XLPE) Insulated Cables Cross-linked polyethylene (XLPE) is a primary insulating material utilized in medium and high-voltage cables. Throughout their operational life, these cables encounter diverse challenges, inclu...Read more
