BWFRP fiber winding pull-winding pipes are made primarily from glass fiber and unsaturated resins. The BWFRP fiber winding pull-winding cable sheath overcomes the shortcomings of ordinary PVC cable protection tubes, such as poor corrosion resistance and heat resistance. Its strength can replace steel pipes, and it also overcomes the issues of steel pipes being prone to corrosion and the formation of closed magnetic circuits, which can cause excessive temperatures in single-core cables and lead to damage. The inner wall of the BWFRP fiber winding pull-winding cable sheath is smooth and flat with a low friction coefficient, offering excellent wear resistance. During installation, it significantly reduces cable damage and enhances work efficiency. Compared to traditional asbestos cement pipes, the product is lighter, more flexible, has better seismic resistance, and is more resistant to uneven settlement, eliminating the need for concrete encasement on the construction site. The transportation and construction process is simple and cost-effective, significantly shortening the construction timeline and boasting a lifespan of over fifty years. The BWFRP fiber winding pull-winding cable sheath has high impact strength, and the buried high-voltage cable protection tube can withstand a 1KG hammer's impact from a height of 2M at 0℃ temperatures, fully reflecting the material's low-temperature impact properties, making it suitable for construction environment conditions. The BWFRP fiber winding pull-winding cable sheath has excellent flame-retardant properties, can extinguish upon being removed from the flame, and possesses the excellent mechanical properties, heat resistance, fire resistance, and heat dissipation of steel pipes. When used as cable protection tubes, it overcomes the shortcomings of steel pipes, HDPE pipes, MPP pipes, and traditional glass steel pipes, which are not resistant to corrosion.