The invention discloses a reselection 
recovery method for gold. The method comprises the following steps that primary ore 
grinding is carried out on raw ore, ore pulp generated after ore 
grinding is sorted by a jigging 
machine, 
magnetic separation is carried out on jigged concentrates, and jigged 
tailings enter a classifier; the magnetic concentrates are selected finely to obtain 
iron ore concentrates, the magnetic 
tailings enter a table 
concentrator, and concentrates of the table 
concentrator are adopted as 
alloy gold; classification and 
machine overflowing are carried out on middlings and 
tailings of the table 
concentrator, the middlings and the tailings enter the 
cyclone, and coarse particles return to a first-stage ball grinder to be ground again; the 
cyclone carries out overflowing, the floatation operation is executed, secondary ore 
grinding is carried out on 
cinnabar, and materials obtained after ore grinding enter a Nelson concentrating 
machine; floatation is carried out on tailings of the Nelson concentrating machine, and concentrates begin to be jigged; the jigged concentrates enter the table concentrator, and jigged tailings return to the 
cyclone to be classified; the concentrates and the tailings are obtained through flotation. According to the reselection 
recovery method for the gold, the reselection 
recovery rate is improved by 22.11 percent, and the 
total recovery rate of ore dressing is improved by 2.69 percent.