a linear rate of 90 m min into slender filaments 115 with a width of 1 mm and s 21 weaving multiple longitudinal yarns 12 or multiple latitudinal yarns 13 as shown in fig5 2 being at least partially replaced with the sun control film slender filaments 115 and longitudinally and latitudinally woven together by means of a weaving device to achieve a sun control textile 1 with 64 u00d7 42 filaments in step s 21 the longitudinal yarns 12 are short fiber polyester yarns with a count number of 30 s 2 in addition the sun control textile 1 is woven from the slender filaments 115 of the sun control film 11 and the multiple longitudinal yarns 12 or multiple latitudinal yarns 13 by means of tatting manner or knitting manner in this embodiment the sun control textile 1 is made by means of tatting as shown in the drawings accordingly in case the woven sun control textile 1 is tested the visible light transmittance of the textile is found 61 the infrared resistivity is found 76 and the ultraviolet resistivity is found 85 the test results are listed in the column of embodiment 7 of fig1 the steps and composition materials and structure of the eighth embodiment are substantially identical to those of the seventh embodiment the eight embodiment is different from the seventh embodiment in that in step s 20 of preparing materials the sun control film is processed by the shredder into slender filaments 115 with a width of 0 254 mm and then woven the woven sun control textile 1 is also tested to reveal that the visible light transmittance of the textile 1 is 54 the infrared resistivity is 70 and the ultraviolet resistivity is 81 the test results are listed.