ABOUT US
Dedicated to the power industry for over 30 years.
Guangdong Yuedong Machinery Co., Ltd.
Guangdong Yuedong Machinery Co., Ltd., a privately-owned enterprise established in 1991, is a national high-tech enterprise specializing in the integrated design, development, and manufacture of specialized equipment for wires and cables. Our company provides highly efficient and durable new machinery to manufacturers of wires, cables, and data cables both domestically and internationally.
The company was founded.
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Certified under the ISO9001 quality management system and holding 17 technical patents.
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Pioneer and innovate, collaborate for win-win results.
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In 2020, in response to the company’s growing needs, a new factory was established in the industrial zone of Mianhu Town, Jieyang City, Guangdong Province. The facility covers an area of 15,000 square meters and employs over 50 people. The company has been successively recognized as a “Specialized, Fine, and New Enterprise of Guangdong Province” and a “National High-Tech Enterprise.” It has also obtained ISO9001 quality management system certification, holds 17 technology patents, and has set up the “Jieyang City Specialized Machinery Engineering Technology Research Center for Wires and Cables.”
Providing high-capacity, durable new machinery for the manufacturing of wires, cables, and data cables.
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What safety hazards are associated with cheap wires and cables?
Inexpensive wires and cables, due to substandard materials and rough manufacturing processes, pose three major core safety hazards: electrical safety risks, fire hazards, and a short service life, seriously threatening the safety of the electrical environment. First, poor conductor conductivity can lead to overheating. These cables often use recycled copper, mixed copper, or thin-gauge conductors with low copper purity and high impurity content. Their conductivity falls far below national standards, resulting in excessive resistance during current transmission. Prolonged use will cause continuous heating, accelerating the aging of the insulation layer and even melting the jacket, which may trigger short circuits. Second, inferior insulation materials can cause leakage and fires. The insulation materials are often low-quality PVC that has been recycled or heavily filled with additives. Such materials fail to meet insulation resistance standards and are prone to defects like pinholes and eccentricity. Under the influence of temperature, humidity, and external forces, they can quickly crack, leading to electric leakage and electrocution accidents. Moreover, these substandard materials have poor flame retardancy; once ignited, the fire can spread rapidly and release toxic fumes. Third, manufacturing defects exacerbate safety risks. During production, the lack of precision molds and real-time quality inspections results in loosely twisted conductors and uneven insulation thickness. After bending or stretching, the conductors are easily broken. Improper cable filling and wrapping allow rainwater and moisture to penetrate the cable core, corroding the conductors and reducing insulation performance, thus creating hidden long-term failure risks. Furthermore, most inexpensive cables lack CCC certification and cannot pass national standard tests such as voltage withstand and aging tests. Using them in construction projects may lead to rejection during acceptance inspections and result in accountability for safety incidents.
2026-01-16