Beida Group is a high-tech enterprise located in Tianjin, China, and a professional and reliable manufacturer dedicated to the research and production of XLPE Insulated Polyolefin Sheathed Power Cables. The group relies on technological advancements and strong product development capabilities, leading the industry in technological innovation.
Our series of cable products holds a significant position in the power transmission field. They utilize cross-linked polyethylene as the insulation layer and polyolefin as the outer sheath, with a design emphasizing safety and durability, making them suitable for fixed installation environments.
Cables are commonly available in two voltage levels: 0.6/1kV to 1.8/3kV. These different voltages cater to diverse power system requirements. Beida Group's testing center boasts advanced equipment in its high-voltage laboratory, ensuring that cables meet performance standards under high-voltage conditions. The group invests 3.1% of its annual sales revenue in R&D, resulting in 26 national patents and several technologies that fill gaps in national capabilities.
The cross-linked polyethylene (XLPE) insulation material enhances thermal stability through chemical treatment. The polyolefin sheath improves resistance to chemical corrosion and environmental stress cracking.
XLPE Insulated Polyolefin Sheathed Power Cable offers high current carrying capacity and flexibility, making installation and maintenance relatively easy. These characteristics ensure reliable operation under complex conditions, and Beida Group continuously optimizes product design through ongoing research and development.
In the cable structure, we focus on balancing protection and insulation. The conductor material is selected from high-purity copper or aluminum, and the cross-linking process of the insulation layer enhances durability and increases the operating temperature of the cable. The polyolefin sheath provides additional mechanical protection, suitable for both indoor and outdoor installation.
XLPE Insulated Polyolefin Sheathed Power Cables are suitable for urban power grid upgrades, industrial plant power supply, commercial building power distribution, and infrastructure projects. They perform exceptionally well in high-temperature or corrosive environments.
Beida Group has introduced over 100 new products, each undergoing rigorous testing. The testing center boasts a high-temperature performance laboratory and a low-temperature performance laboratory, covering a total area of 2000 square meters and equipped with over 100 sets of advanced instruments, achieving a leading level of testing capabilities in China.
Technological assurance is one of Beida Group's core advantages.
The physical and chemical performance laboratory and the structural testing laboratory evaluate the material characteristics and mechanical strength of the cables.
The electrical performance laboratory tests conductive characteristics and insulation resistance, while the combustion laboratory verifies flame retardant safety standards.
These specialized facilities support comprehensive quality control, ensuring high standards from raw materials to finished products. We rely on a strong R&D team to continuously optimize processes, and our formulations are constantly improved.
The flexibility of the cables reduces installation costs, and the high current carrying capacity improves transmission efficiency. 0.1/1KV voltage is suitable for building power distribution and power supply for electrical equipment; 1.8/3KV is used for dedicated three-phase motors.
The equipment level of Beida Group's testing center supports diverse testing scenarios, and the high-voltage laboratory simulates actual operating conditions. The group adheres to a technology-driven development path, and R&D investment has resulted in core technologies with independent intellectual property rights.
Beida Group's strong R&D and testing capabilities are the core guarantee of product quality. Through years of technological accumulation, our cables have continuously achieved breakthroughs in performance, safety, and compatibility, providing stable and reliable product support for power transmission in various industries and contributing to the upgrading of power safety in these industries.
