The invention provides a processing technology for a textile fabric with tubes filled with nanometer materials. The processing technology includes the following steps that 1) 10 g-20 g of polyurethanepowder is evenly poured into a dissolution cup filled with 200 ml-300 ml of a dimethylformamide solution, the polyurethane powder is completely dissolved, and a polyurethane solution is obtained; 2)5 g-10 g of nanometer function powder is evenly poured into a dissolution cup filled with 100 ml-200 ml of a dimethylformamide solution, and nanometer-function-powder mixed liquid is obtained; 3) thenanometer-function-powder mixed liquid is poured into a polyurethane solution, the two mixed liquid is evenly mixed, and function coating liquid is formed; 4) 100-150 particles of cassia seeds or other carrier particles are added into the function coating liquid, and it is guaranteed that the cassia seeds or the other carrier particles are separated and are not mutually bonded; 5) the cassia seedsor the other carrier particles are dried through an infrared drying device, and function carrier particles are formed; 6) warp-direction tubes or weft-direction tubes of the woven fabric and local tubes of the knitted fabric are filled with the function particles.