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Application of PBT in the Optical Fiber Cable Industry
1. Overview With the rapid development of information and communication technology, optical fiber cables, as critical carriers of modern data transmission, face increasing requirements for material performance and product reliability. During long-te...Read more -
The Cable’s “Invisible Armor”: The Critical Role of the Wrapping Layer
Cables may appear simple on the outside, but internally they are built like a highly coordinated protection system. Beyond the conductor and insulation, there is often one or more layers formed by tightly wrapping tape materials — this is known as the wrapping layer. Though not easily noticed, it...Read more -
Comparative Analysis of PE, PVC, and XLPE Cable Insulation Materials
In cable manufacturing, the selection of insulation materials directly affects product performance, service life, and operational safety. The most commonly used insulation materials today include Polyvinyl Chloride (PVC), Polyethylene (PE), and Cross-linked Polyethylene ...Read more -
Analysis of the Functions and Material Applications of Cable Armoring and Stranding
The armoring and stranding of cables are core processes that determine their mechanical strength, electrical performance, and service life. A deep understanding of their principles and material selection is crucial for optimizing the design of products such as power cables, control cables, and co...Read more -
Fire-Resistant Cable Process Analysis: Key Control of Mica Tape Materials and Structural Design
With the widespread application of fire-resistant cables in construction engineering, power systems, and rail transit, the wire and cable industry continues to place higher demands on fire resistance performance and material stability. In practical applications, differences in mica tape selection...Read more -
Wire and Cable Wrapping Tape: The “Key Protective Layer” for Cable Performance and the Art of Material Selection
Wrapping tape is a critical material layer in cable structure. Although seemingly thin and lightweight, it directly impacts the reliability, stability, and lifespan of a cable. It integrates physical protection with electrical, thermal, and chemical functions. For manufa...Read more -
Nylon in Wire and Cable Applications: Advantages and Selection Guide for High-Performance Cable Materials
Nylon (Polyamide, PA), as a high-performance engineering plastic with excellent comprehensive properties, is one of the key materials commonly used in high-end wire and cable. It is primarily applied in sheathing and functional structural layers, and can also be used for insulation in specific sc...Read more -
Structural Design of Marine Bus Cables: Materials, Shielding, and Performance
With the development of intelligence in the global shipping industry, marine bus cables play an increasingly critical role in shipboard data communication and automation systems. They connect sensors, controllers, and actuators within vessels, supporting functions such a...Read more -
Photovoltaic Cables Explained: Structural and Material Differences vs. Conventional Cables
With the rapid global development of photovoltaic (PV) power generation systems, photovoltaic cables (PV cables)—as the critical components connecting PV modules, inverters, and combiner boxes—play a decisive role in the overall safety and service life of a solar power plant. Compared with conven...Read more -
Wire and Cable Covering Processes: A Comprehensive Guide to Techniques and Technologies
Wires and cables, serving as the core carriers for power transmission and information communication, have performance that directly depends on the insulation and sheathing covering processes. With the diversification of modern industry requirements for cable performance, four mainstream processes...Read more -
Silicone vs. PVC Wire: Which One is Best for Your Application?
Choosing between silicone and PVC wire for your project isn't just about cost; it's about performance, safety, and long-term reliability. So, which one is truly best for your specific application? This guide breaks down the key differences to help you make an informed de...Read more -
Structure and Function of Power Cables
The basic structure of a power cable is designed in layers, with each layer performing specific functions to ensure safe, efficient, and reliable transmission of electrical energy from the power generation source to the end-user. This modular design allows cables to adapt to various requirements,...Read more
