The invention discloses an embossing technology for achieving a UV silk screen simulated matte effect, and belongs to the technical field of printing. The embossing technology comprises the followingtreatment steps on a mechanism file that (a) a silk-screen printing document is converted to a subsequent glyphographic embossing pattern file through a scanner and drawing software, (b) the size of ascreen hole is set to be 0.015-0.205 mm and the depth is 0.1-0.3 mm, and (c) the required screen hole effect is engraved into an embossing pattern used in a subsequent process through an electric engraving machine, and the embossing technology further comprises subsequent machining treatment steps that (d) printed product mounting is carried out, (e) a temperature is set to be 60-80 DEG C and pressure is set to be 40-60 N, and (f) pressure-sensitive paper is made, and the required silk screen simulated matte effect is achieved through partial cushioning, pressure reduction and temperature raising and lowering. The situations that indexes like the contents of volatile organic compounds, heavy metal and photoinitiator exceed standards and environmental pollution is caused are avoided, the matte effect can be generated without any printing ink component, and an input-output ratio of a product is raised by about 5%.