The Working Principle Of Twin-shaft Concrete Mixer

Concrete double-horizontal double-shaft forced mixer is mainly used for mixing various powdered materials. It can produce various powdered mixing materials. Its aggregates can be wet fly ash, calcium carbide mud, phosphogypsum, sand and gravel, slag, etc. The double-horizontal forced mixer has strong mixing capacity, uniform mixing quality, high productivity, good mixing effect and high mixing efficiency for dry hard, semi-dry hard, plastic and various proportions of concrete. The cleaning system uses high-pressure water pump automatic control plus manual control. Each water outlet is located directly above the mixing main shaft, which improves the mixing power, adds water mist, reduces dust pollution, and effectively removes cement agglomerates.
In modern industrial production, mixing and stirring are crucial to product quality control. In order to meet the needs of this key link, it is particularly important to choose a mixing equipment with stable performance. The double-shaft mixer has become the preferred equipment in the industry with its excellent performance and reliable quality.
The double helical blade shaft design of the twin-shaft mixer fully utilizes the cylinder space, the mixing energy of the blades is released more completely, and the movement of the materials is more sufficient. Therefore, compared with the single-shaft mixer, the twin-shaft mixer has a shorter mixing time, more uniform mixing effect, and higher efficiency.
Another feature of the twin-shaft concrete mixer is the small amount of wear. This is because the twin-shaft structure of the twin-shaft mixer allows a large amount of material to be concentrated between the two mixing shafts, and the wear between the mixing arms, blades and bottom linings is relatively reduced, especially the blade wear in the main mixing area is slight, which can save a lot of operating costs.
Structure and working principle: Twin-shaft mixer, the twin-shaft is carburized and straightened; the frame is the supporting part of the entire equipment, welded by channel steel; the mixing device is composed of mixing arms and mixing blades, adopts a hoop type, and is integrated with the mixing shaft; the lining is made of manganese steel.
Working principle: the reducer drives the mixing shaft to rotate in one direction through the gears, and the mixing blades on the mixing shaft mix the materials. Due to the effect of the spiral angle, the shovel blade pushes the materials in the barrel from one side to the other side and then pushes them back to the original position in a cycle, so that the materials are fully mixed, thereby obtaining a more ideal mixing effect.
Concrete floor slabs have many excellent properties, which make them particularly suitable for residential, office and commercial buildings. Good sound insulation can ensure harmonious coexistence between neighbors, and good thermal insulation performance also makes concrete floor slabs suitable for sustainable construction projects.