Fast stirring speed refractory planetary mixer
The fast stirring speed refractory planetary mixer can realize self-regulation, and it can operate normally under heavy load, and will not be damaged immediately due to overload. The energy utilization rate is higher than that of traditional mixing equipment, which can effectively save mixing time, and improve the efficiency of mixing. The great advantage of this equipment lies in the homogeneity of mixing, which improves the overall mixing application level, strong mixing technology, and can achieve a homogeneous effect by comparing different materials.
The supporting part of the fast stirring speed refractory planetary mixer is welded by thick steel plates, and the inner material of the mixing tank has the characteristics of wear resistance and corrosion resistance. The selection of these materials prolongs the service life of the mixer. The fast stirring speed refractory planetary mixer is based on production needs, in order to ensure that the mixer can run smoothly and smoothly, without material leakage and mixing without dead ends, the hard tooth surface reducer is uniquely designed, and the planetary rotation and revolution mixing devices are stable, and the mixing advantages are mixers Uniform mixing lays the foundation, and the selection of various models and capacities provides more possibilities for material mixing.
The fast stirring speed refractory planetary mixer is mainly composed of a stirring system, transmission system, unloading system, and other parts. The fast-stirring speed refractory planetary mixer relies on the rotation of the blades installed in the mixing barrel to force the material to be stirred by extrusion, rotation, and other movements. The mixing blade at the bottom is a parallelogram structure, which can be rotated 180 degrees for repeated use according to the specific application during use, which can reasonably improve the utilization rate and service life of the blade. The fixed scraper is designed according to the discharge speed to effectively improve production efficiency.