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Commonly Used Materials in Optical Cable Manufacturing
Selecting the right materials is essential for ensuring the long-term stability and performance of optical cables. Different materials behave differently under extreme environmental conditions — ordinary materials may become brittle and crack at low temperatures, while at high temperatures they m...Read more -
Technical Insights into Anti-Rodent Fiber Optic Cables and Material Innovations
Damage caused by rodents (such as rats and squirrels) and birds remains a major cause of failure and long-term reliability issues in outdoor fiber optic cables. Anti-rodent fiber optic cables are specifically engineered to address this challenge, providing high tensile a...Read more -
Mica Tape-Wrapped High-Temperature Cables Features, Applications & Selection Guide
In demanding industrial environments, the stability and safety of cables are critical. Mica tape-wrapped high-temperature cables — commonly known as mica cables — use mica tape as the core insulation material, offering exceptional fire resistance and electrical insulation. This makes them a relia...Read more -
Material Insights: Rubber and Silicone Rubber Cables in Power Cable Manufacturing
Cables are essential components in modern power and communication systems, responsible for transmitting electricity and signals safely and efficiently. Depending on their functions and application environments, cables can be classified into various types — including powe...Read more -
Application of Polyolefin Materials in the Wire and Cable Industry
Polyolefin materials, known for their excellent electrical properties, processability, and environmental performance, have become one of the most widely used insulation and sheath materials in the wire and cable industry. Polyolefins are high-molecular-weight polymers synthesized from olefin mono...Read more -
Difference Between Indoor And Outdoor Fiber Optic Cable
According to different applications, optical cables can be divided into indoor fiber optic cables and outdoor fiber optic cables. What is the difference between indoor and outdoor fiber optic cable? In this article, we will analyze the difference between indoor optical cable and outdoor optical c...Read more -
Submarine Cables: The Silent Artery Carrying Global Digital Civilization
In an era of increasingly advanced satellite technology, a fact that is often overlooked is that over 99% of international data traffic is not transmitted via space, but through fiber-optic cables buried deep on the ocean floor. This network of submarine cables, spanning millions of kilometers in...Read more -
High-Temperature Resistant Cable Manufacturing: Materials & Process Explained
High-temperature resistant cables refer to special cables that can maintain stable electrical and mechanical performance in high-temperature environments. They are widely used in aviation, aerospace, petroleum, steel smelting, new energy, military industry, and other fields. The raw materials fo...Read more -
A Comprehensive Guide to Teflon High-Temperature Wires
This article provides a detailed introduction to Teflon high-temperature resistant wire, covering its definition, characteristics, applications, classifications, purchasing guide, and more. 1. What is Teflon High-Temperature Resistant Wire? Teflon high-temperature resist...Read more -
High-Voltage vs Low-Voltage Cables: Structural Differences and 3 Key “Pitfalls” to Avoid in Selection
In power engineering and industrial equipment installation, selecting the wrong type of “high-voltage cable” or “low-voltage cable” can lead to equipment failure, power outages, and production stoppages, or even safety accidents in severe cases. However, many people only h...Read more -
Cost-Effective Glass Fiber Yarn: Key Non-Metallic Reinforcement in Optical Cable Manufacturing
Glass Fiber Yarn, due to its unique properties, is widely used in indoor and outdoor optical cables (optical cables). As a non-metallic reinforcing material, it has gradually become an important choice in the industry. Before its advent, the flexible non-metallic reinforcing parts of optical cabl...Read more -
Application of Water-Absorbent Fibers in Optical Cables and Power Cables
During the operation of optical and electrical cables, the most significant factor leading to performance degradation is moisture penetration. If water enters an optical cable, it can increase fiber attenuation; if it enters an electrical cable, it can reduce the cable's...Read more
