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High-Purity Copper, Silver, and Aluminum: Conductor Material Selection and Compatibility with Cable Materials
In wire and cable manufacturing, conductor materials mainly include silver, copper, and aluminum. Silver offers the highest electrical conductivity, but due to its high cost, it is typically used in high-frequency signal cables, precision instrument cables, and high-end audio cables. Copper has c...Read more -
Phosphatized Steel Wire vs. FRP: Which One Really Works Better for Your Optical Cable?
I. Function of Strength Members Optical fiber is primarily composed of high-purity silica, which has low mechanical strength and limited tensile and compressive resistance. During cable installation and long-term operation, the fiber is continuously subjected to external forces such as self-weigh...Read more -
Why is PBT the Preferred Material for Optical Fiber Loose Tubes?
Optical fiber loose tubes are a key structure that protects fibers from external stress and ensures stable transmission performance. Material selection directly determines the mechanical reliability and service life of optical cables. Why PBT is Preferred Polybutylene terephthalate (PBT) has a ty...Read more -
How Do Optical Cables Stay Dry? The Role of Water Blocking Yarn, Tape, and Cable Jelly
Moisture protection is essential for the long-term reliability of optical cables. Water ingress into the cable core may lead to signal degradation and reduced service life. Mainstream optical cable water-blocking solutions are generally divided into dry water blocking (W...Read more -
Aramid Yarn: A Key Reinforcement Material in ADSS and Indoor Optical Cables
In modern communication networks, whether in overhead outdoor installations or indoor fiber optic cabling systems, the long-term stability of optical cables relies heavily on a critical cable reinforcement material—aramid yarn. With its lightweight properties, high tensile strength, and excellent...Read more -
High Voltage Power Cable: What You Need to Know About Its Structure and Key Materials
1. What is High Voltage Power Cable? High Voltage Power Cable is an important product used in medium and high voltage power transmission and distribution systems for the transmission and distribution of electrical energy. Common voltage ratings include 6kV, 10kV, 35kV, 110kV and above. It is wide...Read more -
Low Smoke Zero Halogen (LSZH) Flame-Retardant Cables: Why They Are the “Lifeline” of Public Infrastructure
1. Material Upgrade: From PVC to LSZH Cable Materials In large public spaces such as shopping malls, metro systems, airports, and hospitals, cables are not only responsible for power transmission but also serve as a critical safety backbone in the event of a fire. Compared with traditional PVC ca...Read more -
Fiber Optic Cable Filling Compound: Core Functions and Technical Analysis
In the structure of fiber optic cables, the filling compound is a layer that is easily overlooked yet critically important. It does not directly participate in optical signal transmission, nor is it as visibly apparent as the outer sheath, yet it directly affects the long-term reliability and tra...Read more -
From Organic to Inorganic: Material Innovation and Fire Protection Mechanism of Mineral Insulated Cable (MI Cable)
Mineral Insulated Cable (MI Cable) is a high-performance fire-resistant cable based on a fully inorganic cable materials system. Unlike conventional cables that rely on polymer insulation materials such as PVC, XLPE, and LSZH, MI cable is constructed using a copper conductor, a seamless copper sh...Read more -
Why Did Optical Fiber Suddenly Become So Hot in 2026? AI Computing Power Triggers a New Industry Inflection Point
Have you noticed that the term “optical fiber” has suddenly become red-hot? From the end of 2025 to the beginning of 2026, in just a few months, the optical fiber market broke years of dormancy, with both volume and prices rising, and market heat continuing to climb. This is not a sho...Read more -
How to Choose Shielding Types for Marine Ethernet Cables
Marine environments expose Ethernet cables to electromagnetic interference (EMI) and demanding conditions. Choosing the right shielding structure is key to reliable communication. Common marine Ethernet cable models include information about rating, construction...Read more -
Differences Between Plastic Coated Aluminum Tape, Plastic Coated Copper Tape, and Copper Wire Braided Shielding Layer
Differences Between Plastic Coated Aluminum Tape, Plastic Coated Copper Tape, and Copper Wire Braided Shielding Layer In cable structure design, the shielding layer is critical for electromagnetic interference (EMI) resistance, signal stability, and system safety. Common shielding forms include p...Read more
