NOVELTY - A high-elasticity fire resistant fiber strip manufacturing method involves soaking a woven and edged nylon base fiber cloth in water, raising temperature and finalizing a design by a steam drying cylinder or an electric heating drying cylinder. Water, bisphenol water fire retardant and weaving latex are added to a container in turn. The ironed nylon base fiber cloth is completely soaked in the fire retardant. The obtained product is dried and solidified. Rolling speed is controlled according to a solidifying condition to obtain a high-elasticity fire resistant fiber strip.    USE - Method for manufacturing high-elasticity fire resistant fiber strip that is utilized for pavement of a wind energy cable.    ADVANTAGE - The method enables facilitating simple manufacturing process. The high-elasticity fire resistant fiber strip has dense structure, prolonged service life, better delay flammability and strong twisting resistance, and is easy to manufacture. The high-elasticity fire resistant fiber strip can resist cold, salt, oil and UV ray.    DETAILED DESCRIPTION - A high-elasticity fire resistant fiber strip manufacturing method involves soaking a woven and edged nylon base fiber cloth in water, raising temperature and finalizing a design by a steam drying cylinder or an electric heating drying cylinder, where temperature of the drying cylinder is 170-200 degrees C, and dryness of the dried nylon base fiber cloth is 80-90 degrees C. Water, bisphenol water fire retardant and weaving latex are added to a container in turn. The obtained mixture is uniformly stirred for 8-12 minutes to obtain a fire retardant, where weight ratio of water, bisphenol water fire retardant and weaving latex is 1:1:1.5. The ironed nylon base fiber cloth is completely soaked in the fire retardant. Distance among rollers is regulated for removing redundant glue liquid on the nylon base fiber cloth soaked with fire retardant by a press roller. The obtained product is placed into an oven for heating the obtained product at 70-80 degrees C. The obtained product is dried and solidified by the steam drying cylinder or the electric heating drying cylinder. The temperature of the drying cylinder is controlled at 100-120 degrees C. Rolling speed is controlled according to a solidifying condition to obtain a high-elasticity fire resistant fiber strip.