Mixing barrel
PRODUCT INTRODUCTION
The mixing tank is composed of a tank body, motor, solid frame, coupling, reducer, belt, beam support, impeller, and other components. The mixing tank is mainly used for stirring before flotation. The motor drives the impeller to rotate through a V-belt transmission, fully stirring and mixing the chemicals and slurry. It is an essential device for increasing the reaction time of chemicals and enhancing the quality of chemical reactions. It is widely applicable in the mining industry and various chemical industries for stirring slurry with a concentration not exceeding 30% and ore density not exceeding 3.5, along with flotation reagents.
ADVANTAGE
- Advanced technology and stable quality. The machine adopts advanced technology and unique structural composition, giving it features such as advanced equipment performance, stable finished product quality, thorough mixing, and rapid discharge.
- Compact structure and good sealing. The mixing drum is designed to be compact with minimal internal structural gaps, making it difficult for dust to enter during operation. Additionally, a dust shield is installed at the feed inlet to effectively prevent the backflow of water mist and the entry of debris and dust.
- Stir evenly. The stirring blade adopts a fan-shaped design, which increases the contact area with the medium during stirring, thereby achieving uniform mixing of the materials.
- The water volume is easy to adjust. The mixing barrel’s nozzles are arranged in multiple rows, ensuring even and adjustable water distribution, which is convenient and time-saving.
WORKING PRINCIPLE
The stirring tank operates by driving the impeller to rotate through the motor and triangular belt transmission. After crushing the ore or adding water and necessary reagents during the crushing process, the mixture is turned into slurry in the stirring tank. This slurry is then injected into the agitation tank, where air is introduced to generate a large number of bubbles. Some mineral particles that are not easily wetted by water, generally referred to as hydrophobic particles, attach to the bubbles and rise together with them to the surface of the slurry, forming a mineralized bubble layer. Other mineral particles that are easily wetted by water, known as hydrophilic particles, do not attach to the bubbles and remain in the slurry. The mineralized bubbles containing specific minerals are then separated, thereby achieving the purpose of mineral processing.
