The double cone mixer operates through a motor and reducer system that drives the mixing tank via gear transmission. Prepared powders are loaded into the mixing tank, and the rotation of the tank causes materials to repeatedly aggregate and separate under gravity and centrifugal force, ensuring thorough and uniform mixing. Once mixed, materials are discharged through the outlet by their own weight.
This equipment boasts a compact structure, making it space-efficient and ideal for various industrial settings. Operation is straightforward with automated control options, reducing labor intensity. The mixer delivers excellent mixing results with high uniformity, suitable for a wide range of materials including powders, granules, and viscous fluids.
Applications span multiple industries such as pharmaceuticals, chemicals, food, feed, agricultural chemicals, daily chemicals, engineering, construction, metallurgy, and minerals. It is designed to meet GMP, C-GMP, and FDA certification standards, ensuring reliability and compliance.
Key components include a stainless steel tank with a short cylinder between two cones, typically at 90° or 75° angles for efficient discharge. The inlet and outlet are equipped with pneumatic or electric butterfly valves. The drive system consists of an electric motor, reducer, and transmission gear, allowing adjustable rotation speeds and automated control. A slip ring box manages power distribution for electrical components on the rotating tank, and a robust support stand holds the entire assembly securely.
Additional features may include heating and cooling systems, spray functions, and various internal stirring types like jiaolong, paddle, or spiral blades, enhancing versatility for different mixing needs. Safety features include emergency stop buttons and overload protection, ensuring safe operation in industrial environments.
This product is intended for industrial and research use only, not for personal applications. Customization options are available to meet specific production requirements, including various models with different capacities and configurations.