5L Mixer Granulator Machine: The barrel is installed at an angle, usually equipped with a stirring granulating disk, stirring paddle or stirring rotor. This design helps the material to form a complex flow pattern during the mixing and granulating process, achieving efficient mixing and granulation. The three-dimensional turbulent flow technology is used inside the equipment to achieve a higher mixing uniformity in a shorter time. By adjusting the parameters such as the speed of the stirring component, the tilt angle, and the amount of material input, the size, shape and distribution characteristics of the particles can be precisely controlled.
| Model | Granulation volume | Granulating disc | Paddle | Discharging | Batch |
| CEL05 | 2L-5L | 1 | 1 | manual discharge | Batch |
| CR02 | 2L-5L | 1 | 1 | Automatic unloading | Batch |
Precise experiment: The 5-liter capacity is suitable for small-batch, high-precision ceramic powder mixing and granulating experiments in the laboratory, which is convenient for researchers to accurately control various parameters such as material ratio, temperature, stirring speed, etc., to obtain ideal granulation effects, providing data support and process reference for large-scale production.
Cost saving: Compared with large-scale production equipment, the 5-liter laboratory granulator has lower costs in terms of energy consumption and material input, which can reduce experimental costs and reduce losses caused by experimental failures.
https://youtu.be/b-bApc_8ijw?si=IVB5R_gldCJTAx5C
Strong adaptability: It can process various types of ceramic raw materials, including powders of different particle sizes and chemical compositions, and can also adapt to materials of different viscosities. At the same time, the parameters and processes of the equipment can be flexibly adjusted according to different production needs to produce ceramic particles that meet various requirements.
Say goodbye to the industry pain points of uneven mixing and high porosity of traditional refractory materials mixers. Three-dimensional countercurrent mixing technology is reshaping the quality standards of castables.
When Co-Nele Machinery Co., Ltd. successfully launched the first generation of inclined mixer CQM in 2004, it was perhaps unexpected that this equipment would become the fulcrum for leveraging the technological upgrade of an industry. More than 20 years l
In the field of refractory production,especially in the manufacturing of the three major parts of continuous casting(long nozzle,submerged nozzle,stopper rod)with strict quality requirements,efficient and uniform mixing is the key link to ensure product p
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