The role of composite wear-resistant mixing blades
Jun 20,2024
A composite wear-resistant mixing blade is an equipment component designed to provide mixing and agitation in a specific environment. Its main role is reflected in the following aspects:
Improve wear resistance and corrosion resistance
The composite wear-resistant stirring blade uses metal carbide as the bone material, which has excellent wear resistance, and its wear resistance can reach 1-3 times that of medium carbon steel. This feature enables it to maintain long-term stable operation in harsh working environments, reduce wear and extend service life.
Adapt to a variety of material mixing
Stirring blades can adapt to the mixing needs of various materials, including solid-solid (I. e. powder and powder), solid-pulp (I. e. powder and glue liquid) mixing, even for viscous materials can be effectively processed. This makes it widely used in pesticides, veterinary drugs, food, biology, aquaculture, ceramics, refractory materials, plastics, compound fertilizers and other industries [2].
Increased mixing efficiency
Through the friction between the spiral blade and the material, as well as the movement of the material under the action of gravity and the friction of the tank wall, the composite wear-resistant mixing blade can improve the mixing efficiency to a certain extent. This design is especially suitable for occasions where materials need to be mixed evenly, ensuring that the mixing process is fast and uniform [.
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