Small Scale Gold Ore Processing Plant

Small Scale Gold Ore Processing Plant

 Main components of Small Scale Gold Ore Processing Machine<

Main components of Small Scale Gold Ore Processing Machine

The Small Scale Gold Ore Processing Machine is mainly composed of the following parts: a powder separator, a grinding roller device, a grinding disc device, a speed reducer, a hydraulic device, a pressurizing device and a limit device. There are also other devices in the Small Scale Gold Ore Processing Machine, but these seven are the main ones of this article.

The Small Scale Gold Ore Processing Machine is located in the upper part of the Small Scale Gold Ore Processing Machine, and the material passes through the classifier before it reaches the discharge port. The classifier is powered by a motor mounted in the Small Scale Gold Ore Processing Machine section, and the motor drives the classifier to be installed. The main function of the classifier is to select the materials that meet the fineness requirements from all the materials and let them pass through the classifier to the next device. The materials that do not meet the fineness requirements can only stop at the classifier and then enter again. The disc is ground until the fineness requirement is reached.

The Small Scale Gold Ore Processing Machine grinding roller device is a device composed of some components for grinding materials to grind the materials. The grinding roller device has a component called a grinding roller sleeve, and the grinding roller sleeve is a Small Scale Gold Ore Processing Machine. A wear-resistant part can prevent the wear of the grinding roll device by replacing the wear-resistant part, protect the grinding roll device and save operating costs.

The Small Scale Gold Ore Processing Machine grinding disc device is composed of a grinding disc composed of a piece of curved patch and a supporting part below it. The grinding disc is a wear-resistant part of the Small Scale Gold Ore Processing Machine. When some grinding discs of the machine are seriously worn, these can be replaced. Grinding discs without replacing all, saving machine operating costs. The material enters from the feed port and falls into the center of the grinding disc. Then, as the disc rotates, it is placed under the action of centrifugal force to the edge of the disc, in the gap between the disc and the grinding sleeve, and then ground by the grinding roller. The grinding roller is passively rotated by the friction of the rotating material.

The reducer is located under the grinding disc device. On the one hand, it can support the grinding disc device. The main reason is that the reducer drives the grinding disc device to rotate under the driving of the motor, thereby driving the grinding roller to rotate through the material, thereby realizing the grinding of the material. The hydraulic device and the pressurizing device are devices for opening the grinding roller sleeve to facilitate the replacement of the grinding roller sleeve and the grinding disc and the maintenance of the machine. The grinding roller device can be opened from the machine by pressurization, and then the internal structure of the machine can be seen.

The limit device is an important device for controlling the distance between the grinding roller sleeve and the grinding disc inside the machine. Because the wear parts of the two wear parts cause the gap between the two to increase, the newly entered materials may not be fully ground. The bit device exists to adjust the distance between the two.