The laboratory continuous flotation cell typically features a modular design, with two cells forming one basic operational unit. The cell volumes are available in a wide range and can be customized according to specific experimental requirements, with single-cell capacities ranging from 1.5 L to 48 L. Its core agitation system combines mechanical stirring with self-aspiration […]
Our company provided all the equipment for this project, including jaw crushers, cone crushers, belt conveyors, ball mills, hydrocyclones, thickeners, leaching tanks, roots blowers, and slurry pumps, along with matching hoppers, cables, and electrical control systems. To facilitate operation for the client, we also supplied the grinding steel balls and corresponding spare parts for the […]
Operating Condition Analysis Customer Case Study: Gold Tailings Grinding Project Raw Material: Gold tailings Feed Size: 2 mm Processing Capacity: 8 tons per hour (t/h) Discharge Size (Cyclone Overflow): 80% passing 75 μm (< 75 μm) Recommended Solution Based on the above operating conditions, we recommend the following process flow: Tire-Type Ball Mill + Hydrocyclone + Slurry Pump in a […]
Six years ago, we successfully installed and commissioned a 24m fully automatic thickener at a magnetite ore processing plant in China. This equipment is specifically designed for the dry discharge of magnetite tailings, with a daily processing capacity of 1,000 tons. To address the challenges of high clay content and strong tailings viscosity, the thickener […]
Product Introduction This equipment is a three-stage aerated flotation machine specifically developed for teaching in mining, metallurgy, and mineral processing engineering. It integrates roughing, cleaning, and secondary cleaning units, completely replicating the industrial flotation process. It is an ideal teaching demonstration device for universities, vocational schools, and corporate training centers. The main structure of the equipment […]
This process design is conducted for gold recovery from copper tailings with a gold grade of 1.2 g/t. The process is comprehensively designed based on the occurrence state of gold, tailings particle size, associated minerals, environmental protection requirements and production economy. The following is the process flow configuration scheme based on industrial practice. 1. Analysis […]
Working Principle During operation of the XFD single cell flotation machine,due to the negative pressure created by the rotation of the impeller, the pulp inside the front compartment will be sucked into the impeller, forming a recirculation.Air is drawn in to form fine bubbles,and mineral particles adhere to the bubbles and rise to form a […]
The core differences between ore shaking tables and slime shaking tables lie in their processing particle size, bed structure, operating parameters, and separation principles. They are respectively suited to the gravity separation needs of coarse/fine and ultrafine particles. Specific differences are as follows: I. Applicable Particle Sizes 1. Mineral Sand Shaking Table: Processes coarse, medium, […]
1.Ore Pretreatment The newly mined gold ore has a large particle size. It needs to go through primary, secondary and tertiary crushing in sequence by jaw crushers and cone crushers, reducing the ore particle size to 10-15mm gradually, which lays a foundation for the subsequent grinding process. 2.Grinding Stage The crushed ore is fed into […]
Sulfuric acid slag, also known as pyrite cinder, is a solid waste generated during the production of sulfuric acid by pyrite roasting. The gold minerals in such slag are usually fine-grained and highly encapsulated, leading to low gold recovery rate in traditional grinding processes, along with high energy consumption, high cost and serious resource waste. […]
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