The invention discloses a glitter film processing technique. The processing technique includes the following steps: step 1, unreeling and side-aligning, namely stacking and aligning a thin film with the upper layer to be one of PP (polypropylene) and PVC (polyvinyl chloride) and the lower layer to be PET (polyethylene terephthalate); step 2, big-roller preheating, namely placing the thin film after going through the step 1 in a preheating device and enabling the preheating device to heat when going through a preheating roller containing heat transfer oil between 150 and 250; step 3, plate-roller embossing, namely feeding the thin film after going through the step 2 in a plate roller for embossing, wherein cooling-water temperature reduction is performed on both the plate roller and a rubber roller; step 4, three-roller cooling, namely feeding the thin film after going through the step 3 in a cooling roller device for cooling; step 5, reeling, namely subjecting the thin film after going through the step 4 to reeling and forming. The glitter film processing technique has the advantages that the glitter film processing technique is needless of splicing of multiple single-piece products, high in practicability, low in production cost, high in production efficiency, convenient in use and widely applicable to industries of film materials, packaging, buildings and the like, and has good market prospect.