For most people, this is a very unfamiliar and distant term, but in fact, it is closely related to our lives. As the cornerstone of modern life, electricity resources are also the driving force for economic development. With the continuous development of society.

The laying of the power pipeline network is gradually moving to every corner of the world.

The BWFRP new material power cable protection sleeve was jointly developed by China Electric Power Research Institute, Wuhan University of Technology Composite Materials Research Institute, and National Glass Fiber Inspection Research Institute, and has entered the field of State Grid operation and played an important role. On this basis, ERA and the Institute of Composite Materials of Wuhan University of Technology have jointly developed two BWFRP cable protective sleeves Tube.

White universal series: composite of glass fiber and polyester resin

Black Black Diamond Series: Made of high-performance fiber thermosetting resin, it has higher strength, modulus and ability to withstand internal pressure.

In the manufacturing process of pipes, it breaks through the technical barriers of traditional pipes, and adopts the unique process of weaving, winding, pultrusion and integral molding, creating ERA BWFRP cable protective sleeves with high strength, good performance, insulation and flame retardant, etc. Excellent performance, worthy of Cable protector!

With the support of advanced formula and manufacturing process, the integrity and stability of the pipe structure are excellent, and the rigidity of the pipe ring has been further improved. Assure.

Compared with ordinary FRP pipes and glass composite pipes, BWFRP cable protection sleeves can achieve smaller thickness, lighter weight and more economical under the condition of the same ring stiffness. It is an emerging choice in the field of cable sheathing.

ERA BWFRP cable protection sleeve has extremely superior flame retardancy and insulation, non-conductive, non-heat transfer, and can withstand high temperature of 160 ° C without deformation under the harsh test conditions of the laboratory, which is sufficient to cope with the use of cables. various tests in the environment.

The inner wall of the pipe is smooth, the friction coefficient is small, and the threading is easier. Effectively protect the cable from damage and provide a strong guarantee for national electricity.