Automatic suction machine is an industrial equipment with a high degree of automation, mainly used for the suction, transportation, and storage of raw materials. It can extract raw materials from the raw material warehouse or package, pass through the conveying pipeline, and store them in the hopper of the production equipment. The automatic suction machine has an automated control system that can automatically adjust the supply of raw materials according to the needs of the production equipment, and monitor the supply of raw materials in real time through sensors. Automatic suction machines can also be linked and controlled with production equipment to achieve automated production processes, thereby improving production efficiency and product quality.

The emissions of various organic compounds have been increasing year by year, among which volatile organic compounds (VOCs) have caused serious pollution to the environment. In order to protect the environment and reduce pollution, VOC removal equipment has emerged.

The working mode of the spiral vibration hoist is relatively intuitive and efficient, and its core lies in the vertical conveying of materials through rotating spiral blades. The following is a detailed explanation of the working mode of the spiral vibration hoist:

The role of process water cooling system is still very important in the industrial field. It can control the process temperature to ensure the stable operation of equipment and improve equipment efficiency in the industrial production process. In general, process water cooling systems typically include coolers, pumps, pipelines, and control equipment, which work together to ensure sufficient cooling when needed. Proper installation is a crucial step in ensuring the normal operation of the system. Below, we will introduce some important matters regarding the correct installation of the process water cooling system.

Horizontal mixers are usually equipped with double or single axis rotating blades inside, which circulate and stir the material along the axial and radial directions at an angle, thereby achieving rapid and uniform mixing of the material. During the mixing process, the rotational speed of the shaft driven by the reducer and the structure of the blade will weaken the gravity of the material, causing the difference in material density and particle size to be ignored, thereby improving the mixing effect.