Structural description of gravity-free dry powder mixer

> The gravity-free dry powder mixer is widely used for drying and mixing dry powder mortars, chemicals, pesticides, detergents, monosodium glutamate, milk powder, salt, chemicals, ceramics, plastics, rubber additives and other powders. The horizontal cylinder is equipped with double-axis rotating paddles in opposite directions. The paddles are at a certain angle to circulate and stir the materials along the axial and radial directions, so that the materials are quickly mixed evenly. A small movable blade is placed on the blade base, which can be directly The worn small blades are replaced. The economical and fast arc valve is tightly embedded in the cylinder and flush with the inner wall of the cylinder. There is no material accumulation or mixing dead angle. The discharge is clean and fast, with less residue.
>The interior is composed of paddles. The strong turning speed can shorten the mixing time. The critical parabolic speed can achieve uniform mixing of the materials. The working principle is driven by the reducer. The chain drives a pair of main shafts to rotate in opposite directions. , the paddles on the main shaft push the material in one direction, so it quickly dissolves into the other area. The material mixes back and forth to form a fluidized weight loss zone and rotating vortex in the central part, and continuously moves axially and radially. Thus forming an all-round compound cycle. It has a wide range of applications. Carbon steel, semi-stainless steel, and full stainless steel are used according to user needs. It is especially suitable for mixed production of high-precision materials.
>Generally, gravity-free dry powder mixers are dynamically fed, and the materials must not exceed the loading saturation line. Each blade of the gravity-free dry powder mixer has been scientifically calculated, and reasonable spacing and angle values are obtained based on actual production conditions. The spacing and angle of the blades are different in different application fields. Particles experience instantaneous weightlessness in the space flow layer. The centrifugal force and gravity cancel each other out and mix into each other's areas, forming a fluidized weightlessness zone and rotating vortex in the middle layer. A material translation flow layer is formed at the bottom of the gravity-free mixer, and the material moves axially at the bottom.
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