SATEC, a leading brand of mixing granulators in China, primarily manufactures industrial mixing granulators and intensive mixers. SATEC boasts its own R&D team and advanced production base, providing customized one-stop plant design solutions to meet the diverse material and site requirements of its clients. Its main products, mixing granulators, serve multiple industries including refractory materials, glass, ceramics, chemicals, and foundry sand, and have obtained numerous patents. Choose SATEC for your mixing granulator needs! Because we are more professional!
Turbulent three-dimensional mixing and granulation technology: Enables the completion of mixing, kneading, pelletizing and granulation processes within the same equipment, ensuring that the mixture is fully homogeneous.
SATEC's proprietary turbulent three-dimensional mixing granulation technology saves at least three times the time compared to other granulators on the market!
Fewer steps, simpler operation, and can quickly and efficiently produce the required particles in the shortest possible time.
Mixing
Through the combined action of the high-speed rotor, granulation pan, and multi-functional scraper, the material is prepared into the required granular material in the shortest possible time.
Mixing
A combination of rotary granulation and high-speed mixing granulation is used to complete pelletizing in the fastest and most efficient way.
Fixed
The main functional components consist of a mixing and granulation pan, a high-speed mixing and granulation tool set, and a fixed scraper; the mixing and granulation pan is installed at a specific angle, with the high-speed mixing and granulation tool set located at an eccentric position, and the fixed arc-shaped scraper installed at the bottom side of the pan.
Rotation
During the granulation process, the granulation pan rotates clockwise at a low speed, while the granulation tool assembly rotates counterclockwise at a high speed. The rotating granulation pan conveys the material into the trajectory of the granulation tool assembly, while a fixed scraper disperses the material flow. Under the combined action of the rotating granulation pan, the high-speed granulation tool assembly, and the fixed scraper, a complex three-dimensional mixed granulation material flow is formed, achieving rapid and high-quality homogenization of the material and simultaneously completing pelletizing. The rotor can also be configured to rotate in the same direction.
Speed
During granulation, the rotation speed of the rotating pan and high-speed rotor can be preset according to process requirements; the speed of the integrated mixing and granulation machine can also be adjusted during the mixing and granulation process to achieve staggered mixing and granulation.
High pelletizing rate, uniform particle size, and high strength.
The mixing and granulation process can be preset and adjusted during production.
The rotary mixing pan and granulation tool assembly are frequency-controlled, and the rotation speed is adjustable, allowing control over particle size.
Discharge methods include tilting discharge or bottom discharge (hydraulic control), ensuring quick and clean discharge and easy cleaning.
A complete range of models, from small-scale laboratory granulation to large-scale industrial pelletizing, to meet all needs.
Widely applicable, meeting the mixing needs of different industries and various materials.
The entire mixing and granulation process is carried out in a fully enclosed manner, with no dust pollution, ensuring safety and environmental protection.
Heating and vacuum functions can be added according to user needs.
Equipped with an independent control cabinet, it can be connected to a PLC control system to achieve fully automatic control.
Flexible
Provides top-of-the-line laboratory mixing and granulation machines in China
Variety
Laboratory models are available to provide customers with thorough mixing tests for different materials.
Possesses unique professional technology and rich experience in manufacturing, debugging, mixing, and granulation.