Products

Pro Data Busduct Systems are efficient power and data transmission solutions widely used in industrial and commercial environments. It provides flexible wiring methods through modular design and can support high current and high-speed data transmission. The system has excellent heat dissipation performance and anti-interference ability, ensuring the stable operation of the equipment. At the same time, Pro Data Busduct Systems are relatively easy to install and maintain, which can effectively reduce construction time and costs and adapt to changing needs.

The Plug In Box is an important part of the busbar system, allowing users to easily connect or disconnect power when needed. Plug-in boxes are usually equipped with a variety of sockets to support different types of loads, ensuring flexibility and safety in power distribution. The combination of busbar system and plug-in box provides an efficient and reliable power management solution suitable for various application scenarios.

Power Busduct Systems are efficient solutions for power transmission and are widely used in industrial and commercial buildings. These systems safely transport power from a substation or distribution room to individual electrical consumers through a series of conductive busbars and connections. The design of busway usually has high electrical conductivity and heat dissipation performance, and can withstand large current loads while reducing power loss.

The joints of the bus duct are a crucial part of the system, ensuring the electrical connection and mechanical stability between different busbar sections. High-quality connector design can effectively reduce contact resistance, prevent overheating and failure, and ensure system reliability and safety. Busway systems and their joints play an important role in modern power distribution, providing flexible and reliable power solutions.

Flexible Braid Connection is an important component in the power bus system, usually used to connect different electrical equipment or bus sections. Weaved from multiple strands of conductive material, they are flexible and conductive, effectively absorbing movement and thermal expansion between devices, reducing mechanical stress and the risk of poor electrical contact. This connection method not only improves the reliability of the system, but also simplifies the installation and maintenance process.

Fire-resistant busbar is suitable for power supply and distribution systems with high dry fire protection requirements of AC 50~60Hz, rated voltage 660V and below, and rated current 250 ~ 3150A. The use of this series of products in the case of fire for a certain period of time can still maintain the power supply, to ensure that there is enough time to start the fire fighting equipment, smoke ventilation, evacuation of the crowd, as far as possible to reduce casualties and property losses. The product is mainly used in high-rise buildings, important control centers, subways and other high-traffic public places and other places with high fire requirements.

Copper Busbar is a conductive strip used for power distribution and connection, usually made of high-purity copper. It has excellent electrical and thermal conductivity, can effectively transmit current, and is widely used in substations, distribution cabinets and industrial equipment. The design of copper busbars can be customized according to specific needs to accommodate different current loads and installation spaces. Due to its corrosion resistance and mechanical strength, copper busbars have a long service life and reliability in power systems.

Aluminum Busbar is a conductive material used for power distribution and connection, usually made of aluminum alloy. Due to aluminum's light weight and good electrical conductivity, aluminum busbars are widely used in power systems, substations and industrial equipment. Compared with copper busbars, aluminum busbars have lower cost and better corrosion resistance, but their conductivity is relatively low, so their cross-sectional area and load capacity need to be considered during design. Aluminum busbars are relatively simple to install and maintain and are suitable for large-scale power transmission and distribution.

Lighting Busduct systems are efficient power distribution solutions specifically designed to provide stable power to lighting circuits with current ranges from 20A to 60A. Through modular design, this system can flexibly adapt to different building layouts and lighting needs, ensuring reliable power transmission. The Lighting Busduct has a compact structure and is easy to install, which can effectively save space, reduce the use of cables, and reduce installation and maintenance costs. In addition, the system's high electrical conductivity and heat dissipation performance ensure safety and stability under high load conditions. Whether in commercial buildings, industrial facilities or public spaces, Lighting Busduct systems provide superior performance to meet the needs of modern lighting. Through this innovative way of power distribution, users can enjoy more efficient and safer lighting solutions.

Cast Resin Product trunking systems are high-performance cable management solutions with excellent electrical properties and mechanical strength. Its fireproof, waterproof and anti-corrosion properties enable it to maintain excellent performance in various harsh environments. The system has a compact design, is easy to install, can effectively save space, and is suitable for a variety of application scenarios. Most importantly, Cast Resin Product trunking systems require almost no maintenance, reducing long-term costs and labor investment. Whether in industrial, commercial or residential areas, this system can provide reliable cable protection and management to ensure the safety and stability of power supply.

BTBA/BTBC Series Compact Busduct Systems,also known as busbars or bus ducts,are advanced solutions for power distribution in modern industrial and commercial buildings. Designed to efficiently transport large amounts of power over short or long distances, these systems provide a reliable, flexible alternative to traditional cabling methods. it is an efficient and flexible method of distributing electrical power within a building or industrial facility.  One of the main advantages of busduct systems is their compact design. Unlike traditional cable systems that are bulky and difficult to manage, dense busways are streamlined and space-saving. This makes them particularly suitable for environments where space is at a premium, such as data centers, high-rise buildings and manufacturing facilities. The compact nature of these systems also simplifies installation and maintenance, reducing downtime and labor costs.