An embodiment of the invention discloses a surface processing method of a shell. A material of the shell comprises aluminum or an aluminum alloy. The processing method comprises the following steps of making a sponge wheel polish a surface of the shell to a mirror surface effect as a non-directional polishing route; spraying a first abrasive material to the surface of the shell; spraying a second abrasive material to the surface of the shell; and taking the shell as an anode and putting into an electrolyte solution so as to carry out energization processing so that the surface of the shell forms an anodic oxide layer. The embodiment of the invention also discloses corresponding electronic equipment. By using the surface processing method of the shell and the electronic equipment, a problem that sand blasting particles on the shell surface are thick and big and are floated on an outer surface so that a visual sense and a touching feeling of a user are influenced in the prior art is solved.