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Wires and Cables OEM

Our company mainly produces timing socket, wire and cable, wire reel, lamps and steel pipes. At present, our company has obtained VDE/CE/GS/S/D/FI/N/ROHS/REACH and other related certifications.

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Electrical wire and cable are essential components of electrical systems used for transmitting electrical power or signals. They are designed to carry electrical current safely and efficiently from one point to another within buildings, homes, industrial facilities, and other applications.
Electrical wires are made of conductive materials, typically copper or aluminum, that allow the flow of electricity. They are available in different gauges or sizes, with thicker wires capable of carrying higher currents. The conductors are usually covered with an insulating material, such as PVC (polyvinyl chloride), rubber, or thermoplastic, to provide electrical insulation and protect against electrical shocks.
Cables, on the other hand, consist of multiple insulated wires bundled together within a protective outer sheath. They are commonly used for more complex wiring installations where multiple wires need to be organized and protected. Cables can include power cables for transmitting electricity, control cables for signal transmission and control purposes, and communication cables for data transfer.
Electrical wire and cable are available in various types and configurations to suit different applications, including residential wiring, commercial and industrial installations, telecommunications, automotive wiring, and more. The specific type and specifications of wire or cable used depend on factors such as voltage rating, current capacity, environmental conditions, and regulatory requirements.

About

ZHEJIANG SHUANGYANG GROUP CO., LTD.
  • Cause

    To create an honest enterprise for the responsibility To build

  • Vistas

    Let every employee work happilyTo be a sustainable business excellence with the integrity of the enterprise image deeply

  • Core Values

    Run the business with integrity Give back to society with a loving heart

ZHEJIANG SHUANGYANG GROUP CO., LTD. ZHEJIANG SHUANGYANG GROUP CO., LTD.

OEM Wires and Cables Manufacturers

Zhejiang Shuangyang Group Co., Ltd. was established in 1986, is famous China Wires and Cables Manufacturers and OEM Wires and Cables Factory, one of the star enterprises of Ningbo City in 1998, and approved by ISO9001/14000/18000.
We are located in Cixi, Ningbo City, which is only one hour to Ningbo harbor and airport, and two hours to Shanghai.
Till now, the registered capital is over 16 million U.S. dollars. Our floor area is about 120,000 sqm, and our construction area is about 85,000 sqm. In 2018, our total turnover was 80 million U.S. dollars.
We have ten R&D persons and over 100 Qcs to guarantee quality, each year, we design and develop over ten new products acting as a great manufacturer. Our main products are timers, sockets flexible cables, power cords, plugs, extension sockets, cable reels, and lighting.

Honor

We enjoy a good reputation among our customers. We are always focused on protecting the environment and human safety. Improving the quality of life is our ultimate goal.

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Industry Knowledge Extension

In building electrical engineering, what principles should be followed in the wiring design of wires and cables?

In building electrical engineering, the wiring design of wires and cables plays a vital role, which not only affects the performance and reliability of the electrical system, but is also related to building safety, energy saving and the convenience of future system maintenance. During the design process, wiring principles should be followed to ensure efficient operation of the entire electrical system.
Complying with relevant codes and standards is the cornerstone of cable routing design. Different countries and regions may have different electrical codes, so designers need to understand and comply with the appropriate standards to ensure system compliance and safety. When considering safety, the wiring design must comply with fire protection requirements, select cable materials with good fire protection properties, and take corresponding fire protection measures to ensure building safety in emergencies.
In order to improve the anti-interference ability of the system, the cable layout design also needs to pay attention to avoid electromagnetic interference, especially the mutual influence between strong current lines and weak current lines. Reasonable layout and isolation are the keys to preventing electromagnetic interference. Shielded cables or physical isolation can be used.
At the same time, designers need to adopt reasonable cable channel design, including wire troughs, cable troughs and cable trays, etc., to facilitate cable laying, maintenance and inspection. This helps avoid cable damage and improves system reliability and serviceability. Regional wiring is to design the electrical system in a more targeted manner so that the cable wiring in different areas can meet their respective needs and requirements and achieve more flexible system management.
In terms of material selection, cable materials should be selected that comply with the building environment and usage conditions, and the weather resistance, heat resistance and insulation properties of the cable should be considered to ensure reliable operation under various environmental conditions. At the same time, in order to prevent cable overload, the capacity of the cable needs to be reasonably calculated based on factors such as equipment power and electrical load to ensure stable operation of the system.
When considering the maintainability and scalability of the system, designers should adopt standardized and modular design concepts to make maintenance and repair work more convenient, while ensuring that the system can be easily implemented in future additions and modifications. This also involves integration with smart building systems to achieve higher levels of automation and intelligent control, improving the efficiency and energy efficiency of the entire system.
Considering the stability of the electrical system, designers also need to fully consider redundant design to improve the reliability and fault tolerance of the system. In this regard, proper grounding design is an important step in ensuring electrical system grounding compliance and reliability.