Single-dimensional mixers are widely used in chemical, metallurgy, food, pharmaceutical, fertilizer, paint, pigments, dyes, pesticides, rubber feed, additives, refractory materials, fine chemicals, new materials, electronic plastics, ceramics, mining, building materials and other industries. Solid and “solid” (ie powder and powder), liquid and liquid, powder and liquid combination. The single-dimensional mixer has a wide adaptability to the mixture. It does not cause overheating on heat sensitive materials, and does not pressurize and grind the granular materials. It does not cause delamination when mixing materials with different specific gravity and different particle sizes. For coarse materials, fine materials and ultrafine particles, fibers or sheets. The mixture of shapes also has good adaptability.
Single-dimensional mixer works:
The rapid rotation of two asymmetric spirals in a single-dimensional mixing cylinder lifts the material upwards, forming two asymmetrical spiral-shaped material flows along the wall from the bottom to the bottom of the cylinder, and the spiral-orbiting motion of the rotating arm makes the outer spiral The materials enter the stud envelope at different degrees, some of the materials are lifted by the misalignment, and the other part of the material is thrown out of the studs, so as to achieve the continuous renewal and diffusion of the materials in the circumferential direction, and the two materials in the upper part are referred to the central cavity. Convergence, forming a downward flow of material, complementing the cavity at the bottom to form a convective cycle. Due to the combination of the above movements, the material is uniformly mixed in a short time, and the mixing precision is high.
Single-dimensional mixer structure features:
The single-dimensional mixer consists of a spray atomizing device, a transmission part, a cylinder cover, a screw, a cylinder, a discharge valve and the like.
Spray atomization device: The spray atomization device is composed of a rotary joint and a liquid spray component. The spray component is fixed to the lower end cover of the distribution box by a flange, and the rotary joint and the liquid spray component are movably connected, so that the rotary joint is fixed on the pipeline.
Transmission part: The movement of the rotation motor and the revolving motor is adjusted to a reasonable speed by the worm gear and the gear, and then transmitted to the spiral to realize the two movements of the self and the revolution.
The cover part: the cover supports the entire transmission part, and the transmission part is covered by a screw fixed cylinder. The cover is provided with a supply port, a viewing port, a cleaning port and a maintenance hole.
Spiral part: When two asymmetrically arranged spirals in the cylinder are used for self-propelled or revolving planetary motion, the animal material is turned over in a large range, so that the material can be uniformly mixed quickly.
The cylinder part: the cylinder is a conical structure, which is used for multi-materials, so that the discharge is quick, clean, no accumulation, no dead angle of discharge.
Discharge valve: The discharge valve is installed at the bottom of the cylinder for controlling materials and discharging. The discharge valve can be divided into three types: manual, pneumatic and electric. The liquid discharge valve can be installed according to the user’s needs.