Antimony Mineral Production Line

Solution Introduction

The Preparation Before Processing

The ore after hand sorting will go through coarse crushing and fine crushing, during which the size of mineral should be under 30mm, and screening classification have three size fractions, 8-30mm, 2-8mm,  0-2mm. 

Gravity Separation

Then the three kind of minerals will go respectively into Xinhai AM30 Jig,  Xinhai LTA1010/2 Jig, and Xinhai Sawtooth Wave Jig to gravity separation. The  mixted concentrate from the last stage will be go into the gravity concentrate district. 

Flotation Separation

Then after the process of gravity, there will be a process of flotation, the  tailings from the preview gravity separation will be grinded, separated,  stirred, and separated. And the flotation will apply the process of one roughing, three cleanings, and two scavenging. Then high grade antimony fine powder will be produced. The tailings from the flotation will be reelected by  shaking table to recycle the fine antimony particles, which we can get high  grade antimony concentrate and tailings.

Hand-sorting

For massive bonanza in coarse particle size, Xinhai adds handsorting in crushing flow. The massive bonanza are sorted and the tailings enter gravity separation.

Solution Appliion

Xinhai’s gravity separation-flotation process is applied to all kinds of antimony ore.

Solution Cases

In one of Xinhai's project, antimony content is 3.19%, among which the share of antimony sulfide is about 95.30%, and a small amount of antimony is existed in valentinite or antimonite, about 4.70%. Carbon content of the ore is 6.43%, in which the inorganic carbon have up to 5.46%, and is antimony sulfide with high-carbon and very complex for dressing. After multi scheme of test, Xinhai finally decided to use gravity separation-flotation process to recycle the antimony ore, and in the test the grade of antimony is 58.71%, the recovery rate of mixed antimony concentrate is 93.75%. xinhai achieved the maximum intensity of the recovery of the antimony ore, which reduced the environmental pollution caused by tailings and also gained excellent economic benefit.